DDI_PHL_2006_CRSMP_v01_M Eduardo Sanguyo Ana M. Eusebio Maura S. Lizarondo Accelerated Data Program 2010-06-10 NADA Version 01: Adopted from "DDI_PHL_2006_CRSMP_v02_M" DDI that was done by metadata producers mentioned in "Metadata Production" section. Costs and Returns Survey of Milkfish Production 2006 CRSMP 2006 PHL_2006_CRSMP_v01_M Bureau of Agricultural Statistics

National Statistical Coordination Board

Copyright [2006] © Bureau of Agricultural Statistics, All rights reserved. NADA Department of Agriculture Chief, Agricultural Accounts and Statistical Indicators Division Chief, Information and Communications Technology Division Agricultural Survey [ag/oth] This is the second in the series of surveys on the costs and returns of milkfish production implemented by the Bureau of Agricultural Statistics (BAS). There were also CRSs conducted under the Bureau of Agricultural Economics (BAEcon), forerunner of the BAS. The survey was conducted in 2006 under the auspices of the Diversified Farm Income and Market Development Project (DFIMDP) of the Department of Agriculture (DA). The BAS had its first CRS for milkfish in 2001 with funding support from the Bureau of Fisheries and Aquatic Resources. The survey covered milkfish pond operators in the provinces of Pangasinan, Bulacan, Iloilo and Capiz. v01_M - Data edited at the Central Office, anonymized dataset for public distribution. Agriculture & Rural Development Food (production, crisis) The profitability of producing milkfish is one of the primary concerns among planners and policy makers in setting up goals and strategies for the development of fisheries. Likewise, this is the concern of agribusiness players who are interested to venture in milkfish farming. The survey aimed to generate updated data on the levels and structure of costs and returns of milkfish production. Specifically, it was conducted to determine the production cost structures; indicators of profitability such as gross and net returns, returns above cash costs, net profit - cost ratio, etc.; usage of materials and labor inputs; and other related socio-economic variables. Philippines The survey covered the top four (4) milkfish producing provinces namely: Pangasinan, Bulacan, Capiz and Iloilo. Province was the lowest level of geographic aggregation covered by the data. Milkfish pond operators and milkfish ponds with harvests during the reference period The survey covered all milkfish ponds with harvests during the last completed production cycle in 2006 as the reference period. Sample survey data [ssd] The survey focused on generating costs and returns structure of milkfish production. The scope of the survey included the following: CHARACTERISTICS OF THE FARMERS/OPERATORS such as age, sex, educational attainment, farming experience and main occupation. FARM CHARACTERISTICS inculde physical and harvested area of fishponds and tenurial status. FARM INVESTMENTS cover data on inventory of farm investments used, year and cost of acquisition, repairs and improvement cost and estimated life and usage in the focus pond. MATERIAL INPUTS contain data on quantity and cost of planting materials, fertilizers, mulching materials, insecticides, herbicides/weedicides, fungicides and other chemicals. LABOR INPUTS cover data on labor utilization (in terms of mandays) and labor cost by type of farming activity, by source of labor and by sex and food cost incurred. OTHER PRODUCTION COSTS include data on cash and non-cash payments for land tax, land lease/rental, rental value of owned land, rentals of machine, animals and tools, fuel and oil, transport costs of inputs, irrigation fee, electricity, interest payment on crop loans, storage cost and other production costs. PRODUCTION AND DISPOSITION contain data on volume of milkfish production and its disposition in terms of sold, harvesters' share, threshers' share, other laborers' share, landowners' share, lease/rental, for home consumption, given away, used for seeds, wastage and other purposes. BUYER INFORMATION contain data on the major buyer of milkfish. PROBLEMS ENCOUNTERED include problems affecting production and marketing of milkfish. ACCESS TO CREDIT contains data on the percentage of operator who availed loans, and sources of loans. OTHER INFORMATION include access to extension services, future plans of fishpond operators and their recommendations to improve milkfish industry. Bureau of Agricultural Statistics The survey covered fishpond operators in the top four (4) milkfish producing provinces in the country namely: Pangasinan, Bulacan, Iloilo and Capiz. The domain of the study was the province, with the last completed production cycle in 2006 as the reference period. The lists of milkfish producing barangays by province prepared by the concerned BAS Provincial Operations Centers (POCs) were used as the sampling frame for this study. The lists contained data on the area devoted to milkfish production and number of milkfish pond operators by barangay as of 2006. These data were obtained from BAS-BFAR lists of aquafarms, updated Barangay Screening Survey (BSS) data, existing POC lists and the local government units. A two-stage sampling design was employed with the barangay as the primary sampling unit and the fishpond operator as the secondary and ultimate sampling unit. The barangays were drawn using systematic sampling from an ordered list of barangays with at least five (5) milkfish pond operators. Systematic sampling was used so that both large and small farm operators in the province in terms of milkfish production would be represented in the sample. On the other hand, sample operators were identified using snowball approach during data collection. During the search for sample operators, a set of screening questions was applied to see to it that the samples satisfy the following criteria: 1. must be engaged in milkfish culture in fishpond, and 2. must have harvested milkfish in 2006 The total sample size was 100 fishpond operators per province, equally allocated to 20 sample barangays. Following was the distribution of sample fishpond operators by province. Pangasinan (100) : All monoculture Bulacan (100) : 69 monoculture and 31 polyculture Capiz (99) : 94 monoculture and 5 polyculture Iloilo (100) : 95 monoculture and 5 polyculture All four provinces (399) : 358 monoculture and 41 polyculture In Capiz, one sample did not satisfy the second survey criterion, i.e. there was no reported production. The data attached in the Data Set include only monoculture. Face-to-face [f2f] A structured questionnaire written in English was used. It was designed in tabular form and other parts were in question type format. The data items/variables in the questionnaire were based on the previous (2001) questionnaires with some modifications and additions. The questionnaire was pre-tested and reviewed before its implementation. The questionnaire consisted of 9 pages covering 13 blocks as follows: A. GEOGRAPHIC INFORMATION includes the location of the farm such as the name of the region, province, city/municipality and barangay. B. SAMPLE IDENTIFICATION such as the name, age, sex, highest educational attainment, main occupation and number of years engaged in milkfish production, name of the respondent and relationship of respondent to owner/operator. C. AQUAFARM CHARACTERISTICS include the name of aquafarm, physical area of aquafarm, number of ponds and its size, tenurial status, aquafarm environment and culture method adopted. D. FARM INVESTMENTS cover data on inventory of farm investments used, year and cost of acquisition, repairs and improvement cost, estimated life and percent of use in the focus pond. E. MATERIAL INPUTS contain data on the quantity and cost of stocking materials, fertilizers, lime, pesticides, disease prevention and pollution control and other chemicals. F. LABOR INPUTS cover data on labor utilization (in terms of mandays) and labor cost by type of farming activity, by source of labor and by sex and food cost incurred. G. OTHER PRODUCTION COSTS include data on cash and non-cash payments for land tax, salaries and wages, lease/rental, rental value of owned land, rentals of machine and tools, fuel and oil, transport costs of inputs, license/permits, electricity, and interest payment on loans. H. PRODUCTION AND DISPOSITION contain data on volume of milkfish production and its disposition in terms of sold, harvesters' share, caretakers' share, other laborers' share, landowners' share, lease/rental, for home consumption, given away, and other dispositions. I. BUYER INFORMATION contain data on the major buyer of milkfish. J. PROBLEMS ENCOUNTERED include problems affecting production and marketing of milkfish. K. ACCESS TO CREDIT covers data on the amount and source of loan, and interest rate per annum. L. OTHER INFORMATION include daata on the membership in fishery related association, access to extension services, future plans of fishpond operators and their recommendations to improve milkfish production M. INTERVIEW/SURVEY PARTICULARS contain the name and signature of data collector, field supervisor/editor and PASO and date accomplished. The questionnaire on CRS of milkfish production was pretested on October 10-12, 2006 in Bulacan. A manual of operations was prepared together with the questionnaire. After the pre-test, the questionnaire and the manual of operations were reviewed and finalized. Prior to the field data collection, training was conducted to ensure that the concepts and procedures were correctly understood. The first level training was attended by selected BAS Central Office (CO) staff. They became trainors at the BAS- Provincial Operations Center (POC) participated by PASO, field staffs and hired data collectors. Part of the field training was the conduct of mock interview, dry-run exercises, discussion of problems and issues and editing procedures encountered during the dry-run. The BAS CO Staff who served as the trainors supervised the initial data collection activity of the data collectors together with the POC staff. Upon return to the BAS Central Office, the BAS CO trainors prepared and submitted travel reports on the activities done in the field (province) as well as the issues/problems encountered and their recommendations. The field data collection was undertaken by hired data collectors through personal interview of the sample pond owner/operator who passed the requirements of the survey using the set of screening questions. The interview was conducted in the local dialect of the province. Before the data collection, courtesy call to the barangay officials was done to explain the nature and purpose of the survey and to seek permission for the conduct of such activity in the barangay. Problems and issues encountered during field data collection were reported to the BAS CO Staff or management for their information and appropriate action. The POC also submitted to the Central Office a narrative report regarding the conduct of the survey. Close supervision of field enumerators was done by the POC regular staff during data collection. As immediate supervisors, they saw to it that the survey operation ran smoothly and within the target schedule. Spot checking of the data collectors and back checking of their work were also part of the field supervision to ensure that errors or incompleteness committed in the survey operation were checked and corrected immediately. The regular POC staff were also responsible for reviewing and editing the accomplished questionnaires. These were done to check the acceptability, consistency and completeness of the information recorded in the questionnaire. The Provincial Agricultural Statistics Officers (PASOs) and Assistant Provincial Agricultural Statistics Officers (APASOs) acted as overall supervisors in the provinces. They also conducted spot checking and backchecking, review of completed and edited questionnaires before submitting to the Central Office. A report on field data collection was prepared and sent by the POC to the Central Office. The Regional Agricultural Statistics Officer (RASO) is responsible for the monitoring and supervision of the survey operations in all the provinces within the region. The Statistical Operations Coordination Division (SOCD) at the Central Office monitored and coordinated the field operations. Weighting is not applicable Manual editing was initially done at the Provincial Operations Center during and after data collection using the CRS editing guidelines prepared by the Central Office. The edited questionnaires were again checked at the Central Office. Coding and encoding were likewise done at the Central Office. Response rate of 99.8 percent A series of reviews was done to assess the quality of the data in terms of reliability and acceptability. A comparison with the results of past surveys on input usage, labor utilization, production cost and return structure of milkfish was made. The Bureau of Agricultural Statistics (BAS) strictly observes the confidentiality of data. As stated in the BAS' survey questionnaires and the forms relevant to the conduct of any statistical inquiry, data provided by the respondents shall be used solely for statistical purposes. Director As specified in the agreement under access conditions, users are required to cite the source of data in accordance with the citation requirement provided with the dataset. The citation requirement for this study is as follows: "Bureau of Agricultural Statistics, Costs and Returns Survey of Milkfish Production, Version 3.0 of the licensed dataset 2006, provided by the BAS Electronic Archiving and Network Services. http://beans.bas.gov.ph" The datasets of this study are categorized under licensed files. Access to licensed datasets is through request and is only granted to Data Users/Researchers with a legally registered sponsoring agency (university, company, research centre, national or international organization, etc.). The Data Users/Researchers must agree to comply with the following: 1.Fill up a Data Access Agreement that will be provided. 2.Copies of the restricted data or any data created on the basis of the original data will not be copied or made available to anyone other than those mentioned in this Data Access Agreement, unless formally authorized by the BAS. 3.The data will only be processed for the stated statistical purpose in the agreement and not for investigation of specific individuals or organizations. Data will not in any way be used for any administrative, proprietary or law enforcement purposes. 4.The dataset must not be made to match with other datasets. 5.The Data Users/Researchers shall not attempt to identify any individual person, family, business, enterprise or organization. If such a unique disclosure is made inadvertently, no use will be made as to the identity of any person or establishment discovered. The identification will not be revealed to any other person not included in the Data Access Agreement. 6.The Data Users/Researchers must observe security measures to prevent unauthorized access to licensed microdata acquired from the BAS. The microdata must be destroyed upon the completion of their research. Destruction of the microdata will be confirmed in writing by the Data Users/Researchers to the BAS. 7.Any books, articles, conference papers, theses, dissertations, reports, or other publications that employ data obtained from the BAS/BAS Electronic Archiving and Network Services (BEANS) will cite the source of data in accordance with the citation requirement provided with the dataset. 8.If there are any changes or additional requirements in the orginal request, the Data User/Researcher must apply for another request. 9.Breaches of the Data Access Agreement will be taken seriously and the BAS will take action against those responsible for the lapses if wilful or accidental. Failure to comply with the directions of the BAS will be deemed to be a major breach of the agreement and may involve recourse to legal proceedings. The BAS will maintain and share with partner data archives a record of those individuals and organizations which are responsible for breaching the terms of the Data Access Agreement and will impose sanctions on release of future data to these parties. The data users/researchers acknowledge that the BAS and the agency funding the study bear no liabilities and responsibilities for any particular, indirect, or consequential damages or any damages, whatsoever resulting from loss of use, or of data in connection with the use or for interpretations or inferences based upon such uses. SAMPLE IDENTIFICATION These are the Blocks A and B of the questionnaire which gather information on the exact location of the aquafarm and gathers the demographic characteristics of the owner/operator. 0 12 BASIC FARM CHARACTERISTICS This refers to Block C of the questionnaire which provides basic information about the owner/operator's aquafarm. 0 13 FARM INVESTMENTS This is the Block D of the questionnaire which contains information on all possible investment items being used in the production of milkfish in the focus pond during the reference period. 0 11 MATERIAL INPUTS This refers to Block E of the questionnaire which collects information on usage and cost of material inputs in the production of milkfish in focus pond during the last cropping completed. 0 79 LABOR INPUTS This is the Block F of the questionnaire which seeks to gather information that pertain to labor utilization in the production of milkfish in focus pond during the reference period. It has integrated gender concerns, thus, the need to determine whether labor inputs were provided by male or female farm workers. The sources of labor are operator, family, exchange labor (bayanihan) and hired labor. The latter may include permanent workers, contract labor or “pakyaw” system wherein the performance of multiple farming activities is contracted for a certain amount. 0 19 OTHER PRODUCTION COSTS This refers to Block G of the questionnaire which collects other items of production cost incurred in focus pond during the reference period. Payments of other production costs may be in the form of cash or non-cash. 0 25 PRODUCTION AND DISPOSITION This refer to Block H of the questionnaire which aims to gather information on the volume of harvest in the focus pond during the reference period as well as the breakdown by which this harvested volume was disposed. 0 18 BUYERS INFORMATION This is the Block I of the questionnaire which seeks to obtain information on the major buyer of produce and the percentage of milkfish that was sold to each buyer out of the total volume marketed during the reference period. 0 5 PROBLEMS ENCOUNTERED This relates to Block J of the questionnaire which provides information on the problems affecting production and marketing of milkfish. 0 18 ACCESS TO CREDIT AND OTHER INFORMATION These refer to Blocks K and L of the questionnaire which ask for the loans availed by the aqaufarm owner/operator, amount of loans, its sources and interest rate per annum and information on the civic participation and affiliation of the sample owner/operator. It also covers the sources of technical know-how of the sample owner/operator, future plans and recommendations for the improvement of the milkfish industry. 0 15 Sample Identification Sample Identification Sample Identification Sample Identification Sample Identification Write the complete name of the farmer/operator in capital letters (LAST NAME then FIRST NAME). Owner/Operator - refers to the person who owns and/or operates the farm and takes the technical and administrative responsibility of managing the day-to-day operation of the farm. Region Region Region Region Region Region Write legibly on the spaces provided the required information on the exact location of the aquafarm. 1 Ilocos Region 3 Central Luzon 6 Western Visayas Province Province Province Province Province Province Write legibly on the spaces provided the required information on the exact location of the aquafarm. 14 Bulacan 19 Capiz 30 Iloilo 55 Pangasinan City/Municipality City/Municipality City/Municipality City/Municipality City/Municipality City/Municipality Write legibly on the spaces provided the required information on the exact location of the aquafarm. Barangay Barangay Barangay Barangay Barangay Barangay Write legibly on the spaces provided the required information on the exact location of the aquafarm. Sitio/Purok Sitio/Purok Sitio/Purok Sitio/Purok Sitio/Purok Sitio/Purok Write legibly on the spaces provided the required information on the exact location of the aquafarm. Age of the farmer/operator Age of the farmer/operator Age of the farmer/operator Age of the farmer/operator Age of the farmer/operator Age (as of last birthday): years old Ask and record the age of the owner/operator as of his/her last birthday. Owner/Operator - refers to the person who owns and/or operates the aquafarm and takes the technical and administrative responsibility of managing the day-to-day operation of the farm. Sex Sex Sex Sex Sex Sex (Encircle code) 1-Male 2- Female Encircle the sex code of the owner/operator, 1 - Male and 2 - Female. 1 Male 2 Female Highest Educational Attainment Highest Educational Attainment Highest Educational Attainment Highest Educational Attainment Highest Educational Attainment Highest educational attainment Ask and record the age of the owner/operator as of his/her last birthday 1 Elementary Level 2 Elementary Graduate 3 High School Level 4 High School Graduate 5 College Level 6 College Graduate 7 Vocational 8 Post Graduate 9 No Schooling Main Occupation Main Occupation Main Occupation Main Occupation Main Occupation Main occupation Ask for the main occupation of the owner/operator. 1 Officials of Government and Special-Interest Organizations, Corporate Executives, Managers, Managing Proprietors and Supervisors 2 Professional 3 Technician and Associate Professionals 4 Clerks 5 Service Workers and Shop and Market Sales Workers 6 Farmers, Forestry Workers and Fishermen 7 Trades and Related Workers 8 Plant and Machine Operators and Assemblers 9 Laborers and Unskilled Workers 10 Special Occupations Main occupation refers to the activity which is the major source of his/her income Farming Experience Farming Experience Farming Experience Farming Experience Farming Experience No. of years engaged in milkfish production: years Ask for the number of years the owner/operator has been engaged in the production of milkfish. Relationship of respondent to owner/operator Relationship of respondent to owner/operator Relationship of respondent to owner/operator Relationship of respondent to owner/operator Relationship of respondent to owner/operator Relationship of respondent to owner/operator (Encircle code) Encircle the code of the respondent's relationship to the owner/operator, 1 - owner/operator, 2 - spouse, 3 - son/daughter and 4 - others (specify on the space provided as the case maybe). 1 Owner / Operator 2 Spouse 3 Son / Daughter 4 Others Sample Identification Sample Identification Sample Identification Sample Identification Sample Identification Region Region Region Region Region 1 Ilocos Region 3 Central Luzon 6 Western Visayas Province Province Province Province Province 14 Bulacan 19 Capiz 30 Iloilo 55 Pangasinan Physical Area of Aquafarm Physical Area of Aquafarm Physical Area of Aquafarm Physical Area of Aquafarm Physical Area of Aquafarm Physical area of aquafarm: hectare(s) Ask the absolute area of the aquafarm in hectares. Record the area in two (2) decimal places. Aquafarm - the farming facilities used in the culture or propagation of aquatic species including fish, mollusk, crustaceans and aquatic plants for purposes of rearing to enhance production. Number of Ponds Number of Ponds Number of Ponds Number of Ponds Number of Ponds Number of ponds Record the number of ponds the owner/operator have. Area of Focus Pond Area of Focus Pond Area of Focus Pond Area of Focus Pond Area of Focus Pond Area (ha.) Ask the area of each pond in hectare(s). Record the area in two (2) decimal places. Focus pond is the particular pond where the last cropping is completed and where all relevant information for this study was collected. If last cropping was completed in more than one pond, information will be asked on the one having the biggest area and/or highest production. Status of Ownership of Focus Pond Status of Ownership of Focus Pond Status of Ownership of Focus Pond Status of Ownership of Focus Pond Status of Ownership of Focus Pond Status of ownership (Indicate code) Area planted Indicate the appropriate code for the status of ownership of the pond(s) being managed/operated by the farmer. 1 Privately owned 1.1 With Transfer Certificate of Title (TCT) 1.2 With Tax Declaration 2 Government owned 2.1 Fishpond Lease Agreement (FLA) 2.2 Without FLA 3.1 Lease 3.2 Sub Lease 3.3 Sub-Sub-Lease 4.1 Demonstration farms 4.2 Research / Experimental farm 4.3 LGU farm Status of ownership Privately-Owned Farms - farms owned and operated by private individuals, corporation, etc. who have rights and common ownership, responsibilities and management of a lawful business enterprise Transfer Certificate of Title (TCT) - is a Government certificate made out on a prescribed judicial farm and issued under the signature of the register of deeds certifying that the person therein named is the transfer owner of the property described therein without any limitation excepting those noted thereon and those prescribed by law Tax Declaration - that which is mandated by the Government upon its citizens to declare so as to determine the tax liability/ies of the latter (citizens) Government Farms - farms owned operated by the government for the purpose of demonstration, research and experiment Fishpond Lease Agreement (FLA) - covers government-owned fishpond leased from the government to a single proprietorship, corporation, partnership or cooperative for a maximum period of 25 years, renewable based on the extent of development and progress performed by the lessor Lessee - refers to a person who takes full economic risk and technical initiative and responsibility in the administration of the farm but pays certain fixed amount of rental to the owner Demonstration Farm - a kind of farm purposely establishes to demonstrate and improve new and existing agriculture technologies and the area to serve as show-window for such project Research / Experimental Farm - a kind of farm purposely established to conduct and develop new techniques / technology on the culture and management of different aquatic organisms and other related studies LGU Farm - it can be either be a demonstration, nursery or hatchery farms, fry banks and aquaculture centers or stations that is being run and manage by any local government units Aquafarm Environment of Focus Pond Aquafarm Environment of Focus Pond Aquafarm Environment of Focus Pond Aquafarm Environment of Focus Pond Aquafarm Environment of Focus Pond Aquafarm environment (Indicate code) Indicate the appropriate code. 1 Freshwater 2 Brackishwater Aquafarm Environment Freshwater Environment - water without salt or marine origin, such as generally found in lakes, rivers, canals, dams, reservoirs, paddy fields and swamps. Brackishwater Environment - mixed seawater and freshwater and salinity varies with the tide. Examples are estuaries, mangroves and mouth of rivers where seawater enters during high tide. Culture Method in Focus Pond Culture Method in Focus Pond Culture Method in Focus Pond Culture Method in Focus Pond Culture Method in Focus Pond Culture method (Indicate code) Indicate the appropriate code. 1 Modular 2 Straight Culture method Modular Nursery Pond - refers to a productive area utilized for the growing of fry/post larvae to fingerling or juvenile sizes Formation Pond - refers to a productive area utilized for the growing of post-fingerlings to pre-marketable sizes Transition pond - refers to a productive area utilized for the growing of fingerlings up to post-fingerlings and/or stunting of fingerlings Rearing/Grow out pond - refers to a productive area utilized for the growing of pre-marketable stocks or juveniles to marketable sizes Marketable - refers to the harvestable size of the fish as required in the market Straight Month Stocked Month Stocked Month Stocked Month Stocked Month Stocked Month stocked Ask about the month when milkfish was stocked in the growth area. 1 January 2 February 3 March 4 April 5 May 6 June 7 July 8 August 9 September 10 October 11 November 12 December Month Harvested Month Harvested Month Harvested Month Harvested Month Harvested Month harvested Ask about the month when milkfish was harvested. 1 January 2 February 3 March 4 April 5 May 6 June 7 July 8 August 9 September 10 October 11 November 12 December Number of Harvests Number of Harvests Number of Harvests Number of Harvests Number of Harvests Number of harvests Inquire about the total number of harvest. Number of total harvest refers to the number of times milkfish was harvested during the last production cycle. Usual Number of Croppings Per Year Usual Number of Croppings Per Year Usual Number of Croppings Per Year Usual Number of Croppings Per Year Usual Number of Croppings Per Year Usual number of croppings per year Inquire and record the usual number of times milkfish is reared and harvested in one year period. Number of croppings refers to the number of completed culture/production cycles i.e. from stocking to harvesting. Sample Identification Sample Identification Sample Identification Sample Identification Sample Identification Region Region Region Region Region 1 Ilocos Region 3 Central Luzon 6 Western Visayas Province Province Province Province Province 14 Bulacan 19 Capiz 30 Iloilo 55 Pangasinan Farm Investment Items Farm Investment Items Farm Investment Items Farm Investment Items Farm Investment Items Farm investment items (used in focus pond) Enumerate under this column the items of investments such as farmland owned, farm structures, farm machinery, tools and equipment. Inquire from the respondent which of the investment items were used/utilized in milkfish production during the reference period one by one. To facilitate the interview, accomplish this block in horizontal manner. 1 Farm land owned / Focus Pond (ha.) 2 Farm structures 2.1 Farm office 2.2 Storage of aqua supplies and products 2.3 Farm laboratory 2.4 Caretaker's house 2.5 Water gates (prinza) 2.6 Other farm structures 3 Farm machinery and equimpment 3.01 Nets 3.02 Generator 3.03 Water pumps 3.04 Aerators 3.05 Paddle wheels 3.06 Feed mill 3.07 Feed dispenser (kinetic feeder) 3.08 Fish transporters 3.09 Fish containers 3.1 Feed grinder 3.11 Rafts (wood, bamboo) 3.12 Oxygen tank 3.13 Reservoirs 3.14 Other farm machinery and equipment Farm Investments Farmland owned / Focus pond - refers to fishpond owned and operated during the last production cycle. This include only farms covered with TCT or Tax Declaration. Note that area of farmland owned is same with the area of focus pond. Focus pond - The particular pond where the last cropping is completed and where all relevant information for this study will be collected Farm machinery and equipment Paddle wheels/Aerators - a device used to increase the dissolved oxygen content of the pond water to support an increased biomass Reservoir/dam - man-made lake containing a volume of water used for irrigation, hydro-electric, domestic use, etc. Other Farm Investment Items Other Farm Investment Items Other Farm Investment Items Other Farm Investment Items Other Farm Investment Items Other farm investment items Inventory(Area/Number) Inventory(Area/Number) Inventory(Area/Number) Inventory(Area/Number) Inventory(Area/Number) Inventory(area/no.) Area should have an entry if the land tenure is owned. Indicate the area in two (2) decimal places. Area refers to the size in hectare(s) of the focus pond owned and devoted to milkfish production. Number refers to the number of investment items owned and was utilized in milkfish production during the reference period. Year Acquired Year Acquired Year Acquired Year Acquired Year Acquired Year/s acquired If there are more than one unit of any single item purchased on different occasion, ask for the year when each item was purchased/acquired and separate answers by a slash (/). Year acquired is a four (4) digit item. Year acquired refers to the year when the investment item was purchased/acquired. Acquisition Cost Acquisition Cost Acquisition Cost Acquisition Cost Acquisition Cost Acquisition cost (P) If there are more than one unit of any single item purchased on different occasions, get the acquisition cost of each item and separate answers by a slash (/). Impute the value of farm investment items inherited/received from others if possible. Investment items with less than one year of estimated useful life and were used/utilized during the last completed production cycle must be reflected in Block G (Other Production Costs) of the questionnaire. Acquisition Cost - refers to the value of the investment item at the time it was purchased/acquired Repairs/Improvement Costs Repairs/Improvement Costs Repairs/Improvement Costs Repairs/Improvement Costs Repairs/Improvement Costs Repairs/improvement costs (P) Determine and record the total costs incurred for all repairs and improvements made during the reference period on the reported farm investments. Estimated Life Estimated Life Estimated Life Estimated Life Estimated Life Estimated life (years) Ask the estimated number of years that each investment item is found useful/serviceable starting from the time of the interview. If there are more than one unit of any single item, get the estimated life of each item and separate answers by a slash (/). Entries on estimated life must be in whole numbers. Percent of Use in Focus Pond Percent of Use in Focus Pond Percent of Use in Focus Pond Percent of Use in Focus Pond Percent of Use in Focus Pond Percent of use in focus pond An investment item may be used for many purposes or different production processes on different fish species. In order to reflect a closer estimate of depreciation, there is a need to get some estimation as to the extent of use of each investment item for the type of fish specie which is the subject of the survey. Explain to the respondent what it means and what is the intention of the question item. Indicate the usage of the reported investment item to focus pond during the reference period in percent (%). If there are more than one unit of any single item, get the percent of use of each item and separate answers by a slash (/). Sample Identification Sample Identification Sample Identification Sample Identification Sample Identification Region Region Region Region Region 1 Ilocos Region 3 Central Luzon 6 Western Visayas Province Province Province Province Province 14 Bulacan 19 Capiz 30 Iloilo 55 Pangasinan Total quantity of fry Total quantity of fry Total quantity of fry Total quantity of fry Total quantity of fry Total quantity of fry (pieces) Total Quantity (Kilogram) - for each reported material input, i.e., planting materials determine the Total Quantity by multiplying the quantity used by the weight per unit and record the product in two (2) decimal places. Asked for the following data items: Inquire from the respondent if the material inputs was used and fill-up the required information one item after the other. Quantity - account for the number of unit of material inputs used in focus pond during the reference period. Unit - write down the unit of measure of the material inputs used (e.g. piece, pack, sack, box, kilogram, bottle, liter, etc) Weight Per Unit (Kilogram) - enter the equivalent weight in kilogram per unit of the type of solid/granule material inputs used or applied, in two (2) decimal places (e.g. unit reported in sack which is equivalent to 50 kilograms; the entry should be 50.00). Price per unit - record the purchase price of the inputs used per unit of measure. Fish Fry - a stage in which a fish has just been newly hatched, usually with sizes ranging from 1-2.5 cm depending on the species. Milkfish Fry - transparent, scaleless and needlelike body with dark eyes and short narrow head. The entire length ranges from 1-1.15 cm. This is also called “kawag-kawag” or “semilya”. Total value of fry Total value of fry Total value of fry Total value of fry Total value of fry Total Value(P) Determine the total value by multiplying the quantity used by the price per unit. Fish Fry - a stage in which a fish has just been newly hatched, usually with sizes ranging from 1-2.5 cm depending on the species. Milkfish Fry - transparent, scaleless and needlelike body with dark eyes and short narrow head. The entire length ranges from 1-1.15 cm. This is also called “kawag-kawag” or “semilya”. Total quantity of fingerlings Total quantity of fingerlings Total quantity of fingerlings Total quantity of fingerlings Total quantity of fingerlings Total quantity of fingerlings (pieces) Total Quantity (Kilogram) - for each reported material input, i.e., planting materials determine the Total Quantity by multiplying the quantity used by the weight per unit and record the product in two (2) decimal places. Asked for the following data items: Inquire from the respondent if the material inputs was used and fill-up the required information one item after the other. Quantity - account for the number of unit of material inputs used in focus pond during the reference period. Unit - write down the unit of measure of the material inputs used (e.g. piece, pack, sack, box, kilogram, bottle, liter, etc) Weight Per Unit (Kilogram) - enter the equivalent weight in kilogram per unit of the type of solid/granule material inputs used or applied, in two (2) decimal places (e.g. unit reported in sack which is equivalent to 50 kilograms; the entry should be 50.00). Price per unit - record the purchase price of the inputs used per unit of measure. Fingerlings - a stage in the life cycle of the fish measuring about 6-13 cm depending on the species. Total value of fingerlings Total value of fingerlings Total value of fingerlings Total value of fingerlings Total value of fingerlings Total Value(P) Determine the total value by multiplying the quantity used by the price per unit. Fingerlings - a stage in the life cycle of the fish measuring about 6-13 cm depending on the species. Total quantity of juvenile Total quantity of juvenile Total quantity of juvenile Total quantity of juvenile Total quantity of juvenile Total quantity of juvenile (pieces) Total Quantity (Kilogram) - for each reported material input, i.e., planting materials determine the Total Quantity by multiplying the quantity used by the weight per unit and record the product in two (2) decimal places. Asked for the following data items: Inquire from the respondent if the material inputs was used and fill-up the required information one item after the other. Quantity - account for the number of unit of material inputs used in focus pond during the reference period. Unit - write down the unit of measure of the material inputs used (e.g. piece, pack, sack, box, kilogram, bottle, liter, etc) Weight Per Unit (Kilogram) - enter the equivalent weight in kilogram per unit of the type of solid/granule material inputs used or applied, in two (2) decimal places (e.g. unit reported in sack which is equivalent to 50 kilograms; the entry should be 50.00). Price per unit - record the purchase price of the inputs used per unit of measure. Juvenile - stage of development when the organism has completely assumed the morphology of the parent. Total value of juvenile Total value of juvenile Total value of juvenile Total value of juvenile Total value of juvenile Total Value(P) Determine the total value by multiplying the quantity used by the price per unit. Juvenile - stage of development when the organism has completely assumed the morphology of the parent. Total quantity of fry mash feeds Total quantity of fry mash feeds Total quantity of fry mash feeds Total quantity of fry mash feeds Total quantity of fry mash feeds Total quantity of fry mass feeds (Kilogram) Total Quantity (Kilogram) - for each reported material input, i.e., planting materials determine the Total Quantity by multiplying the quantity used by the weight per unit and record the product in two (2) decimal places. Asked for the following data items: Inquire from the respondent if the material inputs was used and fill-up the required information one item after the other. Quantity - account for the number of unit of material inputs used in focus pond during the reference period. Unit - write down the unit of measure of the material inputs used (e.g. piece, pack, sack, box, kilogram, bottle, liter, etc) Weight Per Unit (Kilogram) - enter the equivalent weight in kilogram per unit of the type of solid/granule material inputs used or applied, in two (2) decimal places (e.g. unit reported in sack which is equivalent to 50 kilograms; the entry should be 50.00). Price per unit - record the purchase price of the inputs used per unit of measure. Feeds - refers to foods utilized in the pond/hatchery. It maybe in the form of natural food (lab-lab, lumut), supplemental feeds (trash fish, rice bran, bread crumbs), commercial formulated pellets produced by Vitarich Corporation, B-Meg, Robina, Purefoods, etc. In hatcheries, feeds given are the following: planktons (phytoplanktons and zooplanktons), Artemia, and formulated commercial feeds. Commercial feed - any of a number of commercial feed brands, usually in pelletized form, formulated according to the nutrient requirement of the species being reared. Artificially formulated diet produced by feed manufacturers to supplement the nutritional requirement of cultured species. Total value of fry mash feeds Total value of fry mash feeds Total value of fry mash feeds Total value of fry mash feeds Total value of fry mash feeds Total Value(P) Determine the total value by multiplying the quantity used by the price per unit. Feeds - refers to foods utilized in the pond/hatchery. It maybe in the form of natural food (lab-lab, lumut), supplemental feeds (trash fish, rice bran, bread crumbs), commercial formulated pellets produced by Vitarich Corporation, B-Meg, Robina, Purefoods, etc. In hatcheries, feeds given are the following: planktons (phytoplanktons and zooplanktons), Artemia, and formulated commercial feeds. Commercial feed - any of a number of commercial feed brands, usually in pelletized form, formulated according to the nutrient requirement of the species being reared. Artificially formulated diet produced by feed manufacturers to supplement the nutritional requirement of cultured species. Total quantity of starter feeds Total quantity of starter feeds Total quantity of starter feeds Total quantity of starter feeds Total quantity of starter feeds Total quantity of starter feeds (Kilogram) Total Quantity (Kilogram) - for each reported material input, i.e., planting materials determine the Total Quantity by multiplying the quantity used by the weight per unit and record the product in two (2) decimal places. Asked for the following data items: Inquire from the respondent if the material inputs was used and fill-up the required information one item after the other. Quantity - account for the number of unit of material inputs used in focus pond during the reference period. Unit - write down the unit of measure of the material inputs used (e.g. piece, pack, sack, box, kilogram, bottle, liter, etc) Weight Per Unit (Kilogram) - enter the equivalent weight in kilogram per unit of the type of solid/granule material inputs used or applied, in two (2) decimal places (e.g. unit reported in sack which is equivalent to 50 kilograms; the entry should be 50.00). Price per unit - record the purchase price of the inputs used per unit of measure. Feeds - refers to foods utilized in the pond/hatchery. It maybe in the form of natural food (lab-lab, lumut), supplemental feeds (trash fish, rice bran, bread crumbs), commercial formulated pellets produced by Vitarich Corporation, B-Meg, Robina, Purefoods, etc. In hatcheries, feeds given are the following: planktons (phytoplanktons and zooplanktons), Artemia, and formulated commercial feeds. Commercial feed - any of a number of commercial feed brands, usually in pelletized form, formulated according to the nutrient requirement of the species being reared. Artificially formulated diet produced by feed manufacturers to supplement the nutritional requirement of cultured species. Total value of starter feeds Total value of starter feeds Total value of starter feeds Total value of starter feeds Total value of starter feeds Total Value(P) Determine the total value by multiplying the quantity used by the price per unit. Feeds - refers to foods utilized in the pond/hatchery. It maybe in the form of natural food (lab-lab, lumut), supplemental feeds (trash fish, rice bran, bread crumbs), commercial formulated pellets produced by Vitarich Corporation, B-Meg, Robina, Purefoods, etc. In hatcheries, feeds given are the following: planktons (phytoplanktons and zooplanktons), Artemia, and formulated commercial feeds. Commercial feed - any of a number of commercial feed brands, usually in pelletized form, formulated according to the nutrient requirement of the species being reared. Artificially formulated diet produced by feed manufacturers to supplement the nutritional requirement of cultured species. Total quantity of grower feeds Total quantity of grower feeds Total quantity of grower feeds Total quantity of grower feeds Total quantity of grower feeds Total quantity of grower feeds (kilogram) Total Quantity (Kilogram) - for each reported material input, i.e., planting materials determine the Total Quantity by multiplying the quantity used by the weight per unit and record the product in two (2) decimal places. Asked for the following data items: Inquire from the respondent if the material inputs was used and fill-up the required information one item after the other. Quantity - account for the number of unit of material inputs used in focus pond during the reference period. Unit - write down the unit of measure of the material inputs used (e.g. piece, pack, sack, box, kilogram, bottle, liter, etc) Weight Per Unit (Kilogram) - enter the equivalent weight in kilogram per unit of the type of solid/granule material inputs used or applied, in two (2) decimal places (e.g. unit reported in sack which is equivalent to 50 kilograms; the entry should be 50.00). Price per unit - record the purchase price of the inputs used per unit of measure. Feeds - refers to foods utilized in the pond/hatchery. It maybe in the form of natural food (lab-lab, lumut), supplemental feeds (trash fish, rice bran, bread crumbs), commercial formulated pellets produced by Vitarich Corporation, B-Meg, Robina, Purefoods, etc. In hatcheries, feeds given are the following: planktons (phytoplanktons and zooplanktons), Artemia, and formulated commercial feeds. Commercial feed - any of a number of commercial feed brands, usually in pelletized form, formulated according to the nutrient requirement of the species being reared. Artificially formulated diet produced by feed manufacturers to supplement the nutritional requirement of cultured species. Total value of grower feeds Total value of grower feeds Total value of grower feeds Total value of grower feeds Total value of grower feeds Total Value(P) Determine the total value by multiplying the quantity used by the price per unit. Feeds - refers to foods utilized in the pond/hatchery. It maybe in the form of natural food (lab-lab, lumut), supplemental feeds (trash fish, rice bran, bread crumbs), commercial formulated pellets produced by Vitarich Corporation, B-Meg, Robina, Purefoods, etc. In hatcheries, feeds given are the following: planktons (phytoplanktons and zooplanktons), Artemia, and formulated commercial feeds. Commercial feed - any of a number of commercial feed brands, usually in pelletized form, formulated according to the nutrient requirement of the species being reared. Artificially formulated diet produced by feed manufacturers to supplement the nutritional requirement of cultured species. Total quantity of finisher feeds Total quantity of finisher feeds Total quantity of finisher feeds Total quantity of finisher feeds Total quantity of finisher feeds Total quantity of finisher feeds (Kilogram) Total Quantity (Kilogram) - for each reported material input, i.e., planting materials determine the Total Quantity by multiplying the quantity used by the weight per unit and record the product in two (2) decimal places. Asked for the following data items: Inquire from the respondent if the material inputs was used and fill-up the required information one item after the other. Quantity - account for the number of unit of material inputs used in focus pond during the reference period. Unit - write down the unit of measure of the material inputs used (e.g. piece, pack, sack, box, kilogram, bottle, liter, etc) Weight Per Unit (Kilogram) - enter the equivalent weight in kilogram per unit of the type of solid/granule material inputs used or applied, in two (2) decimal places (e.g. unit reported in sack which is equivalent to 50 kilograms; the entry should be 50.00). Price per unit - record the purchase price of the inputs used per unit of measure. Feeds - refers to foods utilized in the pond/hatchery. It maybe in the form of natural food (lab-lab, lumut), supplemental feeds (trash fish, rice bran, bread crumbs), commercial formulated pellets produced by Vitarich Corporation, B-Meg, Robina, Purefoods, etc. In hatcheries, feeds given are the following: planktons (phytoplanktons and zooplanktons), Artemia, and formulated commercial feeds. Commercial feed - any of a number of commercial feed brands, usually in pelletized form, formulated according to the nutrient requirement of the species being reared. Artificially formulated diet produced by feed manufacturers to supplement the nutritional requirement of cultured species. Total value of finisher feeds Total value of finisher feeds Total value of finisher feeds Total value of finisher feeds Total value of finisher feeds Total Value(P) Determine the total value by multiplying the quantity used by the price per unit. Feeds - refers to foods utilized in the pond/hatchery. It maybe in the form of natural food (lab-lab, lumut), supplemental feeds (trash fish, rice bran, bread crumbs), commercial formulated pellets produced by Vitarich Corporation, B-Meg, Robina, Purefoods, etc. In hatcheries, feeds given are the following: planktons (phytoplanktons and zooplanktons), Artemia, and formulated commercial feeds. Commercial feed - any of a number of commercial feed brands, usually in pelletized form, formulated according to the nutrient requirement of the species being reared. Artificially formulated diet produced by feed manufacturers to supplement the nutritional requirement of cultured species. Total quantity of lumot/algae Total quantity of lumot/algae Total quantity of lumot/algae Total quantity of lumot/algae Total quantity of lumot/algae Total quantity of lumot/algae (Kilograms) Total Quantity (Kilogram) - for each reported material input, i.e., planting materials determine the Total Quantity by multiplying the quantity used by the weight per unit and record the product in two (2) decimal places. Asked for the following data items: Inquire from the respondent if the material inputs was used and fill-up the required information one item after the other. Quantity - account for the number of unit of material inputs used in focus pond during the reference period. Unit - write down the unit of measure of the material inputs used (e.g. piece, pack, sack, box, kilogram, bottle, liter, etc) Weight Per Unit (Kilogram) - enter the equivalent weight in kilogram per unit of the type of solid/granule material inputs used or applied, in two (2) decimal places (e.g. unit reported in sack which is equivalent to 50 kilograms; the entry should be 50.00). Price per unit - record the purchase price of the inputs used per unit of measure. Feeds - refers to foods utilized in the pond/hatchery. It maybe in the form of natural food (lab-lab, lumut), supplemental feeds (trash fish, rice bran, bread crumbs), commercial formulated pellets produced by Vitarich Corporation, B-Meg, Robina, Purefoods, etc. In hatcheries, feeds given are the following: planktons (phytoplanktons and zooplanktons), Artemia, and formulated commercial feeds. Commercial feed - any of a number of commercial feed brands, usually in pelletized form, formulated according to the nutrient requirement of the species being reared. Artificially formulated diet produced by feed manufacturers to supplement the nutritional requirement of cultured species. Total value of lumot/algae Total value of lumot/algae Total value of lumot/algae Total value of lumot/algae Total value of lumot/algae Total Value(P) Determine the total value by multiplying the quantity used by the price per unit. Feeds - refers to foods utilized in the pond/hatchery. It maybe in the form of natural food (lab-lab, lumut), supplemental feeds (trash fish, rice bran, bread crumbs), commercial formulated pellets produced by Vitarich Corporation, B-Meg, Robina, Purefoods, etc. In hatcheries, feeds given are the following: planktons (phytoplanktons and zooplanktons), Artemia, and formulated commercial feeds. Commercial feed - any of a number of commercial feed brands, usually in pelletized form, formulated according to the nutrient requirement of the species being reared. Artificially formulated diet produced by feed manufacturers to supplement the nutritional requirement of cultured species. Total quantity of other feeds Total quantity of other feeds Total quantity of other feeds Total quantity of other feeds Total quantity of other feeds Total quantity of other feeds (Kilogram) Total Quantity (Kilogram) - for each reported material input, i.e., planting materials determine the Total Quantity by multiplying the quantity used by the weight per unit and record the product in two (2) decimal places. Asked for the following data items: Inquire from the respondent if the material inputs was used and fill-up the required information one item after the other. Quantity - account for the number of unit of material inputs used in focus pond during the reference period. Unit - write down the unit of measure of the material inputs used (e.g. piece, pack, sack, box, kilogram, bottle, liter, etc) Weight Per Unit (Kilogram) - enter the equivalent weight in kilogram per unit of the type of solid/granule material inputs used or applied, in two (2) decimal places (e.g. unit reported in sack which is equivalent to 50 kilograms; the entry should be 50.00). Price per unit - record the purchase price of the inputs used per unit of measure. Feeds - refers to foods utilized in the pond/hatchery. It maybe in the form of natural food (lab-lab, lumut), supplemental feeds (trash fish, rice bran, bread crumbs), commercial formulated pellets produced by Vitarich Corporation, B-Meg, Robina, Purefoods, etc. In hatcheries, feeds given are the following: planktons (phytoplanktons and zooplanktons), Artemia, and formulated commercial feeds. Commercial feed - any of a number of commercial feed brands, usually in pelletized form, formulated according to the nutrient requirement of the species being reared. Artificially formulated diet produced by feed manufacturers to supplement the nutritional requirement of cultured species. Total value of other feeds Total value of other feeds Total value of other feeds Total value of other feeds Total value of other feeds Total Value(P) Determine the total value by multiplying the quantity used by the price per unit. Feeds - refers to foods utilized in the pond/hatchery. It maybe in the form of natural food (lab-lab, lumut), supplemental feeds (trash fish, rice bran, bread crumbs), commercial formulated pellets produced by Vitarich Corporation, B-Meg, Robina, Purefoods, etc. In hatcheries, feeds given are the following: planktons (phytoplanktons and zooplanktons), Artemia, and formulated commercial feeds. Commercial feed - any of a number of commercial feed brands, usually in pelletized form, formulated according to the nutrient requirement of the species being reared. Artificially formulated diet produced by feed manufacturers to supplement the nutritional requirement of cultured species. Total quantity of chicken manure Total quantity of chicken manure Total quantity of chicken manure Total quantity of chicken manure Total quantity of chicken manure Total quantity of chicken manure (Kilogram) Total Quantity (Kilogram) - for each reported material input, i.e., planting materials determine the Total Quantity by multiplying the quantity used by the weight per unit and record the product in two (2) decimal places. Asked for the following data items: Inquire from the respondent if the material inputs was used and fill-up the required information one item after the other. Quantity - account for the number of unit of material inputs used in focus pond during the reference period. Unit - write down the unit of measure of the material inputs used (e.g. piece, pack, sack, box, kilogram, bottle, liter, etc) Weight Per Unit (Kilogram) - enter the equivalent weight in kilogram per unit of the type of solid/granule material inputs used or applied, in two (2) decimal places (e.g. unit reported in sack which is equivalent to 50 kilograms; the entry should be 50.00). Price per unit - record the purchase price of the inputs used per unit of measure. Fertilizers - refers to either organic (chicken manure, cow dung, etc.) or inorganic (Urea, Ammonium Phosphate, etc.) primarily used to fertilize the pond to produce natural food like lab-lab, etc. Organic - refers to animal manure and plant waste containing about 40-50% carbon by dry-weight basis usually from pig/hog, poultry, cattle manure, etc. Inorganic - are simple dominant compound which primarily contain at least 1 or 2 element of the NPK (Nitrogen, Phosphorus, Potassium). Total value of chicken manure Total value of chicken manure Total value of chicken manure Total value of chicken manure Total value of chicken manure Total Value(P) Determine the total value by multiplying the quantity used by the price per unit. Fertilizers - refers to either organic (chicken manure, cow dung, etc.) or inorganic (Urea, Ammonium Phosphate, etc.) primarily used to fertilize the pond to produce natural food like lab-lab, etc. Organic - refers to animal manure and plant waste containing about 40-50% carbon by dry-weight basis usually from pig/hog, poultry, cattle manure, etc. Inorganic - are simple dominant compound which primarily contain at least 1 or 2 element of the NPK (Nitrogen, Phosphorus, Potassium). Total Quantity of Urea (45-0-0) Total Quantity of Urea (45-0-0) Total Quantity of Urea (45-0-0) Total Quantity of Urea (45-0-0) Total Quantity of Urea (45-0-0) Total quantity of inorganic fertilizer, Urea 45-0-0 (Kilogram) Total Quantity (Kilogram) - for each reported material input, i.e., planting materials determine the Total Quantity by multiplying the quantity used by the weight per unit and record the product in two (2) decimal places. Asked for the following data items: Inquire from the respondent if the material inputs was used and fill-up the required information one item after the other. Quantity - account for the number of unit of material inputs used in focus pond during the reference period. Unit - write down the unit of measure of the material inputs used (e.g. piece, pack, sack, box, kilogram, bottle, liter, etc) Weight Per Unit (Kilogram) - enter the equivalent weight in kilogram per unit of the type of solid/granule material inputs used or applied, in two (2) decimal places (e.g. unit reported in sack which is equivalent to 50 kilograms; the entry should be 50.00). Price per unit - record the purchase price of the inputs used per unit of measure. Fertilizers - refers to either organic (chicken manure, cow dung, etc.) or inorganic (Urea, Ammonium Phosphate, etc.) primarily used to fertilize the pond to produce natural food like lab-lab, etc. Organic - refers to animal manure and plant waste containing about 40-50% carbon by dry-weight basis usually from pig/hog, poultry, cattle manure, etc. Inorganic - are simple dominant compound which primarily contain at least 1 or 2 element of the NPK (Nitrogen, Phosphorus, Potassium). Total Value of Urea (45-0-0) Total Value of Urea (45-0-0) Total Value of Urea (45-0-0) Total Value of Urea (45-0-0) Total Value of Urea (45-0-0) Total Value(P) Determine the total value by multiplying the quantity used by the price per unit. Fertilizers - refers to either organic (chicken manure, cow dung, etc.) or inorganic (Urea, Ammonium Phosphate, etc.) primarily used to fertilize the pond to produce natural food like lab-lab, etc. Organic - refers to animal manure and plant waste containing about 40-50% carbon by dry-weight basis usually from pig/hog, poultry, cattle manure, etc. Inorganic - are simple dominant compound which primarily contain at least 1 or 2 element of the NPK (Nitrogen, Phosphorus, Potassium). Total Quantity of Urea (46-0-0) Total Quantity of Urea (46-0-0) Total Quantity of Urea (46-0-0) Total Quantity of Urea (46-0-0) Total Quantity of Urea (46-0-0) Total quantity of inorganic fertilizer, Urea 46-0-0 (Kilogram) Total Quantity (Kilogram) - for each reported material input, i.e., planting materials determine the Total Quantity by multiplying the quantity used by the weight per unit and record the product in two (2) decimal places. Asked for the following data items: Inquire from the respondent if the material inputs was used and fill-up the required information one item after the other. Quantity - account for the number of unit of material inputs used in focus pond during the reference period. Unit - write down the unit of measure of the material inputs used (e.g. piece, pack, sack, box, kilogram, bottle, liter, etc) Weight Per Unit (Kilogram) - enter the equivalent weight in kilogram per unit of the type of solid/granule material inputs used or applied, in two (2) decimal places (e.g. unit reported in sack which is equivalent to 50 kilograms; the entry should be 50.00). Price per unit - record the purchase price of the inputs used per unit of measure. Fertilizers - refers to either organic (chicken manure, cow dung, etc.) or inorganic (Urea, Ammonium Phosphate, etc.) primarily used to fertilize the pond to produce natural food like lab-lab, etc. Organic - refers to animal manure and plant waste containing about 40-50% carbon by dry-weight basis usually from pig/hog, poultry, cattle manure, etc. Inorganic - are simple dominant compound which primarily contain at least 1 or 2 element of the NPK (Nitrogen, Phosphorus, Potassium). Total Value of Urea (46-0-0) Total Value of Urea (46-0-0) Total Value of Urea (46-0-0) Total Value of Urea (46-0-0) Total Value of Urea (46-0-0) Total Value(P) Determine the total value by multiplying the quantity used by the price per unit. Fertilizers - refers to either organic (chicken manure, cow dung, etc.) or inorganic (Urea, Ammonium Phosphate, etc.) primarily used to fertilize the pond to produce natural food like lab-lab, etc. Organic - refers to animal manure and plant waste containing about 40-50% carbon by dry-weight basis usually from pig/hog, poultry, cattle manure, etc. Inorganic - are simple dominant compound which primarily contain at least 1 or 2 element of the NPK (Nitrogen, Phosphorus, Potassium). Total Quantity of Ammonium Sulfate Total Quantity of Ammonium Sulfate Total Quantity of Ammonium Sulfate Total Quantity of Ammonium Sulfate Total Quantity of Ammonium Sulfate Total quantity of inorganic fertilizer, Ammonium Sulfate 21-0-0 (Kilogram) Total Quantity (Kilogram) - for each reported material input, i.e., planting materials determine the Total Quantity by multiplying the quantity used by the weight per unit and record the product in two (2) decimal places. Asked for the following data items: Inquire from the respondent if the material inputs was used and fill-up the required information one item after the other. Quantity - account for the number of unit of material inputs used in focus pond during the reference period. Unit - write down the unit of measure of the material inputs used (e.g. piece, pack, sack, box, kilogram, bottle, liter, etc) Weight Per Unit (Kilogram) - enter the equivalent weight in kilogram per unit of the type of solid/granule material inputs used or applied, in two (2) decimal places (e.g. unit reported in sack which is equivalent to 50 kilograms; the entry should be 50.00). Price per unit - record the purchase price of the inputs used per unit of measure. Fertilizers - refers to either organic (chicken manure, cow dung, etc.) or inorganic (Urea, Ammonium Phosphate, etc.) primarily used to fertilize the pond to produce natural food like lab-lab, etc. Organic - refers to animal manure and plant waste containing about 40-50% carbon by dry-weight basis usually from pig/hog, poultry, cattle manure, etc. Inorganic - are simple dominant compound which primarily contain at least 1 or 2 element of the NPK (Nitrogen, Phosphorus, Potassium). Total Value of Ammonium Sulfate Total Value of Ammonium Sulfate Total Value of Ammonium Sulfate Total Value of Ammonium Sulfate Total Value of Ammonium Sulfate Total Value(P) Determine the total value by multiplying the quantity used by the price per unit. Fertilizers - refers to either organic (chicken manure, cow dung, etc.) or inorganic (Urea, Ammonium Phosphate, etc.) primarily used to fertilize the pond to produce natural food like lab-lab, etc. Organic - refers to animal manure and plant waste containing about 40-50% carbon by dry-weight basis usually from pig/hog, poultry, cattle manure, etc. Inorganic - are simple dominant compound which primarily contain at least 1 or 2 element of the NPK (Nitrogen, Phosphorus, Potassium). Total Quantity of Di-Ammonium Phosphate (18-46-0) Total Quantity of Di-Ammonium Phosphate (18-46-0) Total Quantity of Di-Ammonium Phosphate (18-46-0) Total Quantity of Di-Ammonium Phosphate (18-46-0) Total Quantity of Di-Ammonium Phosphate (18-46-0) Total quantity of inorganic fertilizer, Ammonium Phosphate 16-20-0(Kilogram) Total Quantity (Kilogram) - for each reported material input, i.e., planting materials determine the Total Quantity by multiplying the quantity used by the weight per unit and record the product in two (2) decimal places. Asked for the following data items: Inquire from the respondent if the material inputs was used and fill-up the required information one item after the other. Quantity - account for the number of unit of material inputs used in focus pond during the reference period. Unit - write down the unit of measure of the material inputs used (e.g. piece, pack, sack, box, kilogram, bottle, liter, etc) Weight Per Unit (Kilogram) - enter the equivalent weight in kilogram per unit of the type of solid/granule material inputs used or applied, in two (2) decimal places (e.g. unit reported in sack which is equivalent to 50 kilograms; the entry should be 50.00). Price per unit - record the purchase price of the inputs used per unit of measure. Fertilizers - refers to either organic (chicken manure, cow dung, etc.) or inorganic (Urea, Ammonium Phosphate, etc.) primarily used to fertilize the pond to produce natural food like lab-lab, etc. Organic - refers to animal manure and plant waste containing about 40-50% carbon by dry-weight basis usually from pig/hog, poultry, cattle manure, etc. Inorganic - are simple dominant compound which primarily contain at least 1 or 2 element of the NPK (Nitrogen, Phosphorus, Potassium). Total Value of Di-Ammonium Phosphate (18-46-0) Total Value of Di-Ammonium Phosphate (18-46-0) Total Value of Di-Ammonium Phosphate (18-46-0) Total Value of Di-Ammonium Phosphate (18-46-0) Total Value of Di-Ammonium Phosphate (18-46-0) Total Value(P) Determine the total value by multiplying the quantity used by the price per unit. Fertilizers - refers to either organic (chicken manure, cow dung, etc.) or inorganic (Urea, Ammonium Phosphate, etc.) primarily used to fertilize the pond to produce natural food like lab-lab, etc. Organic - refers to animal manure and plant waste containing about 40-50% carbon by dry-weight basis usually from pig/hog, poultry, cattle manure, etc. Inorganic - are simple dominant compound which primarily contain at least 1 or 2 element of the NPK (Nitrogen, Phosphorus, Potassium). Total Quantity of Ammonium Phosphate (16-20-0) Total Quantity of Ammonium Phosphate (16-20-0) Total Quantity of Ammonium Phosphate (16-20-0) Total Quantity of Ammonium Phosphate (16-20-0) Total Quantity of Ammonium Phosphate (16-20-0) Total quantity of inorganic fertilizer, Ammonium Phospahate (Kilogram) Total Quantity (Kilogram) - for each reported material input, i.e., planting materials determine the Total Quantity by multiplying the quantity used by the weight per unit and record the product in two (2) decimal places. Asked for the following data items: Inquire from the respondent if the material inputs was used and fill-up the required information one item after the other. Quantity - account for the number of unit of material inputs used in focus pond during the reference period. Unit - write down the unit of measure of the material inputs used (e.g. piece, pack, sack, box, kilogram, bottle, liter, etc) Weight Per Unit (Kilogram) - enter the equivalent weight in kilogram per unit of the type of solid/granule material inputs used or applied, in two (2) decimal places (e.g. unit reported in sack which is equivalent to 50 kilograms; the entry should be 50.00). Price per unit - record the purchase price of the inputs used per unit of measure. Fertilizers - refers to either organic (chicken manure, cow dung, etc.) or inorganic (Urea, Ammonium Phosphate, etc.) primarily used to fertilize the pond to produce natural food like lab-lab, etc. Organic - refers to animal manure and plant waste containing about 40-50% carbon by dry-weight basis usually from pig/hog, poultry, cattle manure, etc. Inorganic - are simple dominant compound which primarily contain at least 1 or 2 element of the NPK (Nitrogen, Phosphorus, Potassium). Total Value of Ammonium Phosphate (16-20-0) Total Value of Ammonium Phosphate (16-20-0) Total Value of Ammonium Phosphate (16-20-0) Total Value of Ammonium Phosphate (16-20-0) Total Value of Ammonium Phosphate (16-20-0) Total Value(P) Determine the total value by multiplying the quantity used by the price per unit. Fertilizers - refers to either organic (chicken manure, cow dung, etc.) or inorganic (Urea, Ammonium Phosphate, etc.) primarily used to fertilize the pond to produce natural food like lab-lab, etc. Organic - refers to animal manure and plant waste containing about 40-50% carbon by dry-weight basis usually from pig/hog, poultry, cattle manure, etc. Inorganic - are simple dominant compound which primarily contain at least 1 or 2 element of the NPK (Nitrogen, Phosphorus, Potassium). Total Quantity of Complete (14-14-14) Total Quantity of Complete (14-14-14) Total Quantity of Complete (14-14-14) Total Quantity of Complete (14-14-14) Total Quantity of Complete (14-14-14) Total quantity of inorganic fertilizer, Complete 14-14-14 (Kilogram) Total Quantity (Kilogram) - for each reported material input, i.e., planting materials determine the Total Quantity by multiplying the quantity used by the weight per unit and record the product in two (2) decimal places. Asked for the following data items: Inquire from the respondent if the material inputs was used and fill-up the required information one item after the other. Quantity - account for the number of unit of material inputs used in focus pond during the reference period. Unit - write down the unit of measure of the material inputs used (e.g. piece, pack, sack, box, kilogram, bottle, liter, etc) Weight Per Unit (Kilogram) - enter the equivalent weight in kilogram per unit of the type of solid/granule material inputs used or applied, in two (2) decimal places (e.g. unit reported in sack which is equivalent to 50 kilograms; the entry should be 50.00). Price per unit - record the purchase price of the inputs used per unit of measure. Fertilizers - refers to either organic (chicken manure, cow dung, etc.) or inorganic (Urea, Ammonium Phosphate, etc.) primarily used to fertilize the pond to produce natural food like lab-lab, etc. Organic - refers to animal manure and plant waste containing about 40-50% carbon by dry-weight basis usually from pig/hog, poultry, cattle manure, etc. Inorganic - are simple dominant compound which primarily contain at least 1 or 2 element of the NPK (Nitrogen, Phosphorus, Potassium). Total Value of Complete (14-14-14) Total Value of Complete (14-14-14) Total Value of Complete (14-14-14) Total Value of Complete (14-14-14) Total Value of Complete (14-14-14) Total Value(P) Determine the total value by multiplying the quantity used by the price per unit. Fertilizers - refers to either organic (chicken manure, cow dung, etc.) or inorganic (Urea, Ammonium Phosphate, etc.) primarily used to fertilize the pond to produce natural food like lab-lab, etc. Organic - refers to animal manure and plant waste containing about 40-50% carbon by dry-weight basis usually from pig/hog, poultry, cattle manure, etc. Inorganic - are simple dominant compound which primarily contain at least 1 or 2 element of the NPK (Nitrogen, Phosphorus, Potassium). Total Quantity of Complete 12-12-12) Total Quantity of Complete 12-12-12) Total Quantity of Complete 12-12-12) Total Quantity of Complete 12-12-12) Total Quantity of Complete 12-12-12) Total quantity of inorganic fertilizer, Urea Complete 16-16-16 (Kilogram) Total Quantity (Kilogram) - for each reported material input, i.e., planting materials determine the Total Quantity by multiplying the quantity used by the weight per unit and record the product in two (2) decimal places. Asked for the following data items: Inquire from the respondent if the material inputs was used and fill-up the required information one item after the other. Quantity - account for the number of unit of material inputs used in focus pond during the reference period. Unit - write down the unit of measure of the material inputs used (e.g. piece, pack, sack, box, kilogram, bottle, liter, etc) Weight Per Unit (Kilogram) - enter the equivalent weight in kilogram per unit of the type of solid/granule material inputs used or applied, in two (2) decimal places (e.g. unit reported in sack which is equivalent to 50 kilograms; the entry should be 50.00). Price per unit - record the purchase price of the inputs used per unit of measure. Fertilizers - refers to either organic (chicken manure, cow dung, etc.) or inorganic (Urea, Ammonium Phosphate, etc.) primarily used to fertilize the pond to produce natural food like lab-lab, etc. Organic - refers to animal manure and plant waste containing about 40-50% carbon by dry-weight basis usually from pig/hog, poultry, cattle manure, etc. Inorganic - are simple dominant compound which primarily contain at least 1 or 2 element of the NPK (Nitrogen, Phosphorus, Potassium). Total Value of Complete (12-12-12) Total Value of Complete (12-12-12) Total Value of Complete (12-12-12) Total Value of Complete (12-12-12) Total Value of Complete (12-12-12) Total Value(P) Determine the total value by multiplying the quantity used by the price per unit. Fertilizers - refers to either organic (chicken manure, cow dung, etc.) or inorganic (Urea, Ammonium Phosphate, etc.) primarily used to fertilize the pond to produce natural food like lab-lab, etc. Organic - refers to animal manure and plant waste containing about 40-50% carbon by dry-weight basis usually from pig/hog, poultry, cattle manure, etc. Inorganic - are simple dominant compound which primarily contain at least 1 or 2 element of the NPK (Nitrogen, Phosphorus, Potassium). Total Quantity of Potassium (0-0-52) Total Quantity of Potassium (0-0-52) Total Quantity of Potassium (0-0-52) Total Quantity of Potassium (0-0-52) Total Quantity of Potassium (0-0-52) Total quantity of inorganic fertilizer, Potassium 0-0-52 (Kilogram) Total Quantity (Kilogram) - for each reported material input, i.e., planting materials determine the Total Quantity by multiplying the quantity used by the weight per unit and record the product in two (2) decimal places. Asked for the following data items: Inquire from the respondent if the material inputs was used and fill-up the required information one item after the other. Quantity - account for the number of unit of material inputs used in focus pond during the reference period. Unit - write down the unit of measure of the material inputs used (e.g. piece, pack, sack, box, kilogram, bottle, liter, etc) Weight Per Unit (Kilogram) - enter the equivalent weight in kilogram per unit of the type of solid/granule material inputs used or applied, in two (2) decimal places (e.g. unit reported in sack which is equivalent to 50 kilograms; the entry should be 50.00). Price per unit - record the purchase price of the inputs used per unit of measure. Fertilizers - refers to either organic (chicken manure, cow dung, etc.) or inorganic (Urea, Ammonium Phosphate, etc.) primarily used to fertilize the pond to produce natural food like lab-lab, etc. Organic - refers to animal manure and plant waste containing about 40-50% carbon by dry-weight basis usually from pig/hog, poultry, cattle manure, etc. Inorganic - are simple dominant compound which primarily contain at least 1 or 2 element of the NPK (Nitrogen, Phosphorus, Potassium). Total Value of Potassium (0-0-52) Total Value of Potassium (0-0-52) Total Value of Potassium (0-0-52) Total Value of Potassium (0-0-52) Total Value of Potassium (0-0-52) Total Value(P) Determine the total value by multiplying the quantity used by the price per unit. Fertilizers - refers to either organic (chicken manure, cow dung, etc.) or inorganic (Urea, Ammonium Phosphate, etc.) primarily used to fertilize the pond to produce natural food like lab-lab, etc. Organic - refers to animal manure and plant waste containing about 40-50% carbon by dry-weight basis usually from pig/hog, poultry, cattle manure, etc. Inorganic - are simple dominant compound which primarily contain at least 1 or 2 element of the NPK (Nitrogen, Phosphorus, Potassium). Name of other fertilizers Name of other fertilizers Name of other fertilizers Name of other fertilizers Name of other fertilizers Name of other inorganic fetilizer Fertilizers - refers to either organic (chicken manure, cow dung, etc.) or inorganic (Urea, Ammonium Phosphate, etc.) primarily used to fertilize the pond to produce natural food like lab-lab, etc. Organic - refers to animal manure and plant waste containing about 40-50% carbon by dry-weight basis usually from pig/hog, poultry, cattle manure, etc. Inorganic - are simple dominant compound which primarily contain at least 1 or 2 element of the NPK (Nitrogen, Phosphorus, Potassium). Total Quantity of other fertilizer 1 Total Quantity of other fertilizer 1 Total Quantity of other fertilizer 1 Total Quantity of other fertilizer 1 Total Quantity of other fertilizer 1 Total quantity of inorganic fertilizer, (Kilogram) Total Quantity (Kilogram) - for each reported material input, i.e., planting materials determine the Total Quantity by multiplying the quantity used by the weight per unit and record the product in two (2) decimal places. Asked for the following data items: Inquire from the respondent if the material inputs was used and fill-up the required information one item after the other. Quantity - account for the number of unit of material inputs used in focus pond during the reference period. Unit - write down the unit of measure of the material inputs used (e.g. piece, pack, sack, box, kilogram, bottle, liter, etc) Weight Per Unit (Kilogram) - enter the equivalent weight in kilogram per unit of the type of solid/granule material inputs used or applied, in two (2) decimal places (e.g. unit reported in sack which is equivalent to 50 kilograms; the entry should be 50.00). Price per unit - record the purchase price of the inputs used per unit of measure. Fertilizers - refers to either organic (chicken manure, cow dung, etc.) or inorganic (Urea, Ammonium Phosphate, etc.) primarily used to fertilize the pond to produce natural food like lab-lab, etc. Organic - refers to animal manure and plant waste containing about 40-50% carbon by dry-weight basis usually from pig/hog, poultry, cattle manure, etc. Inorganic - are simple dominant compound which primarily contain at least 1 or 2 element of the NPK (Nitrogen, Phosphorus, Potassium). Total Value of other fertilizer 1 Total Value of other fertilizer 1 Total Value of other fertilizer 1 Total Value of other fertilizer 1 Total Value of other fertilizer 1 Total Value(P) Determine the total value by multiplying the quantity used by the price per unit. Fertilizers - refers to either organic (chicken manure, cow dung, etc.) or inorganic (Urea, Ammonium Phosphate, etc.) primarily used to fertilize the pond to produce natural food like lab-lab, etc. Organic - refers to animal manure and plant waste containing about 40-50% carbon by dry-weight basis usually from pig/hog, poultry, cattle manure, etc. Inorganic - are simple dominant compound which primarily contain at least 1 or 2 element of the NPK (Nitrogen, Phosphorus, Potassium). Total Volume of other fertilizer 2 Total Volume of other fertilizer 2 Total Volume of other fertilizer 2 Total Volume of other fertilizer 2 Total Volume of other fertilizer 2 Total volume of inorganic fertilizer, (Liter) Total Volume (Liter) - determine the total quantity of liquid inputs by multiplying the quantity used by the volume per unit and record in three (3) decimal places. Asked for the following data items: Inquire from the respondent if the material inputs was used and fill-up the required information one item after the other. Quantity - account for the number of unit of material inputs used in focus parcel during the reference period. Unit - write down the unit of measure of the material inputs used (e.g. piece, pack, sack, box, kilogram, bottle, liter, etc). Volume Per Unit (Liter) - enter the equivalent volume in liter per unit of the type of liquid material inputs used or applied, in three (3) decimal places (e.g. unit reported in bottle which is equivalent to 250 milliliter; the entry should be 0.250). Price per unit - record the purchase price of the inputs used per unit of measure. Fertilizers - refers to either organic (chicken manure, cow dung, etc.) or inorganic (Urea, Ammonium Phosphate, etc.) primarily used to fertilize the pond to produce natural food like lab-lab, etc. Organic - refers to animal manure and plant waste containing about 40-50% carbon by dry-weight basis usually from pig/hog, poultry, cattle manure, etc. Inorganic - are simple dominant compound which primarily contain at least 1 or 2 element of the NPK (Nitrogen, Phosphorus, Potassium). Total Value of other fertilizer 2 Total Value of other fertilizer 2 Total Value of other fertilizer 2 Total Value of other fertilizer 2 Total Value of other fertilizer 2 Total Value(P) Determine the total value by multiplying the quantity used by the price per unit. Fertilizers - refers to either organic (chicken manure, cow dung, etc.) or inorganic (Urea, Ammonium Phosphate, etc.) primarily used to fertilize the pond to produce natural food like lab-lab, etc. Organic - refers to animal manure and plant waste containing about 40-50% carbon by dry-weight basis usually from pig/hog, poultry, cattle manure, etc. Inorganic - are simple dominant compound which primarily contain at least 1 or 2 element of the NPK (Nitrogen, Phosphorus, Potassium). Total Quantity of agricultural lime Total Quantity of agricultural lime Total Quantity of agricultural lime Total Quantity of agricultural lime Total Quantity of agricultural lime Total quantity of Agricultural lime (Kilogram) Total Quantity (Kilogram) - for each reported material input, i.e., planting materials determine the Total Quantity by multiplying the quantity used by the weight per unit and record the product in two (2) decimal places. Asked for the following data items: Inquire from the respondent if the material inputs was used and fill-up the required information one item after the other. Quantity - account for the number of unit of material inputs used in focus pond during the reference period. Unit - write down the unit of measure of the material inputs used (e.g. piece, pack, sack, box, kilogram, bottle, liter, etc) Weight Per Unit (Kilogram) - enter the equivalent weight in kilogram per unit of the type of solid/granule material inputs used or applied, in two (2) decimal places (e.g. unit reported in sack which is equivalent to 50 kilograms; the entry should be 50.00). Price per unit - record the purchase price of the inputs used per unit of measure. Lime - used primarily as soil conditioner. It corrects acidity, promotes the release of nutrients and to some extent, reduces the occurrence of diseases. Agricultural lime (or limestone) - lining material to neutralize or condition acidic ponds and when applied in large quantity will not affect fish stock. Quick Lime (CaO) - a commercial lime to neutralize or condition acidic ponds and may use as pesticide in combination with 21-0-0 to kill all fish predators. Hydrated lime (Ca(OH)) or Slaked lime - commercial lime to neutralize or condition acidic ponds and may also be used as pesticide in combination with 21-0-0 to kill all fish predators. Total Value of agricultural lime Total Value of agricultural lime Total Value of agricultural lime Total Value of agricultural lime Total Value of agricultural lime Total Value(P) Determine the total value by multiplying the quantity used by the price per unit. Lime - used primarily as soil conditioner. It corrects acidity, promotes the release of nutrients and to some extent, reduces the occurrence of diseases. Agricultural lime (or limestone) - lining material to neutralize or condition acidic ponds and when applied in large quantity will not affect fish stock. Quick Lime (CaO) - a commercial lime to neutralize or condition acidic ponds and may use as pesticide in combination with 21-0-0 to kill all fish predators. Hydrated lime (Ca(OH)) or Slaked lime - commercial lime to neutralize or condition acidic ponds and may also be used as pesticide in combination with 21-0-0 to kill all fish predators. Total Quantity of quick lime Total Quantity of quick lime Total Quantity of quick lime Total Quantity of quick lime Total Quantity of quick lime Total Quantity of quick lime (Kilogram) Total Quantity (Kilogram) - for each reported material input, i.e., planting materials determine the Total Quantity by multiplying the quantity used by the weight per unit and record the product in two (2) decimal places. Asked for the following data items: Inquire from the respondent if the material inputs was used and fill-up the required information one item after the other. Quantity - account for the number of unit of material inputs used in focus pond during the reference period. Unit - write down the unit of measure of the material inputs used (e.g. piece, pack, sack, box, kilogram, bottle, liter, etc) Weight Per Unit (Kilogram) - enter the equivalent weight in kilogram per unit of the type of solid/granule material inputs used or applied, in two (2) decimal places (e.g. unit reported in sack which is equivalent to 50 kilograms; the entry should be 50.00). Price per unit - record the purchase price of the inputs used per unit of measure. Lime - used primarily as soil conditioner. It corrects acidity, promotes the release of nutrients and to some extent, reduces the occurrence of diseases. Agricultural lime (or limestone) - lining material to neutralize or condition acidic ponds and when applied in large quantity will not affect fish stock. Quick Lime (CaO) - a commercial lime to neutralize or condition acidic ponds and may use as pesticide in combination with 21-0-0 to kill all fish predators. Hydrated lime (Ca(OH)) or Slaked lime - commercial lime to neutralize or condition acidic ponds and may also be used as pesticide in combination with 21-0-0 to kill all fish predators. Total Value of quick lime Total Value of quick lime Total Value of quick lime Total Value of quick lime Total Value of quick lime Total Value(P) Determine the total value by multiplying the quantity used by the price per unit. Lime - used primarily as soil conditioner. It corrects acidity, promotes the release of nutrients and to some extent, reduces the occurrence of diseases. Agricultural lime (or limestone) - lining material to neutralize or condition acidic ponds and when applied in large quantity will not affect fish stock. Quick Lime (CaO) - a commercial lime to neutralize or condition acidic ponds and may use as pesticide in combination with 21-0-0 to kill all fish predators. Hydrated lime (Ca(OH)) or Slaked lime - commercial lime to neutralize or condition acidic ponds and may also be used as pesticide in combination with 21-0-0 to kill all fish predators. Total quantity of slake lime Total quantity of slake lime Total quantity of slake lime Total quantity of slake lime Total quantity of slake lime Total quantity of of slake lime (Kilogram) Total Quantity (Kilogram) - for each reported material input, i.e., planting materials determine the Total Quantity by multiplying the quantity used by the weight per unit and record the product in two (2) decimal places. Asked for the following data items: Inquire from the respondent if the material inputs was used and fill-up the required information one item after the other. Quantity - account for the number of unit of material inputs used in focus pond during the reference period. Unit - write down the unit of measure of the material inputs used (e.g. piece, pack, sack, box, kilogram, bottle, liter, etc) Weight Per Unit (Kilogram) - enter the equivalent weight in kilogram per unit of the type of solid/granule material inputs used or applied, in two (2) decimal places (e.g. unit reported in sack which is equivalent to 50 kilograms; the entry should be 50.00). Price per unit - record the purchase price of the inputs used per unit of measure. Lime - used primarily as soil conditioner. It corrects acidity, promotes the release of nutrients and to some extent, reduces the occurrence of diseases. Agricultural lime (or limestone) - lining material to neutralize or condition acidic ponds and when applied in large quantity will not affect fish stock. Quick Lime (CaO) - a commercial lime to neutralize or condition acidic ponds and may use as pesticide in combination with 21-0-0 to kill all fish predators. Hydrated lime (Ca(OH)) or Slaked lime - commercial lime to neutralize or condition acidic ponds and may also be used as pesticide in combination with 21-0-0 to kill all fish predators. Total Value of slake lime Total Value of slake lime Total Value of slake lime Total Value of slake lime Total Value of slake lime Total Value(P) Determine the total value by multiplying the quantity used by the price per unit. Lime - used primarily as soil conditioner. It corrects acidity, promotes the release of nutrients and to some extent, reduces the occurrence of diseases. Agricultural lime (or limestone) - lining material to neutralize or condition acidic ponds and when applied in large quantity will not affect fish stock. Quick Lime (CaO) - a commercial lime to neutralize or condition acidic ponds and may use as pesticide in combination with 21-0-0 to kill all fish predators. Hydrated lime (Ca(OH)) or Slaked lime - commercial lime to neutralize or condition acidic ponds and may also be used as pesticide in combination with 21-0-0 to kill all fish predators. Name of other type of lime Name of other type of lime Name of other type of lime Name of other type of lime Name of other type of lime Name of other type of lime Lime - used primarily as soil conditioner. It corrects acidity, promotes the release of nutrients and to some extent, reduces the occurrence of diseases. Agricultural lime (or limestone) - lining material to neutralize or condition acidic ponds and when applied in large quantity will not affect fish stock. Quick Lime (CaO) - a commercial lime to neutralize or condition acidic ponds and may use as pesticide in combination with 21-0-0 to kill all fish predators. Hydrated lime (Ca(OH)) or Slaked lime - commercial lime to neutralize or condition acidic ponds and may also be used as pesticide in combination with 21-0-0 to kill all fish predators. Total Quantity of other type of lime1 Total Quantity of other type of lime1 Total Quantity of other type of lime1 Total Quantity of other type of lime1 Total Quantity of other type of lime1 Total quantity of other type of lime, (Kilogram) Total Quantity (Kilogram) - for each reported material input, i.e., planting materials determine the Total Quantity by multiplying the quantity used by the weight per unit and record the product in two (2) decimal places. Asked for the following data items: Inquire from the respondent if the material inputs was used and fill-up the required information one item after the other. Quantity - account for the number of unit of material inputs used in focus pond during the reference period. Unit - write down the unit of measure of the material inputs used (e.g. piece, pack, sack, box, kilogram, bottle, liter, etc) Weight Per Unit (Kilogram) - enter the equivalent weight in kilogram per unit of the type of solid/granule material inputs used or applied, in two (2) decimal places (e.g. unit reported in sack which is equivalent to 50 kilograms; the entry should be 50.00). Price per unit - record the purchase price of the inputs used per unit of measure. Lime - used primarily as soil conditioner. It corrects acidity, promotes the release of nutrients and to some extent, reduces the occurrence of diseases. Agricultural lime (or limestone) - lining material to neutralize or condition acidic ponds and when applied in large quantity will not affect fish stock. Quick Lime (CaO) - a commercial lime to neutralize or condition acidic ponds and may use as pesticide in combination with 21-0-0 to kill all fish predators. Hydrated lime (Ca(OH)) or Slaked lime - commercial lime to neutralize or condition acidic ponds and may also be used as pesticide in combination with 21-0-0 to kill all fish predators. Total Value of other type of lime1 Total Value of other type of lime1 Total Value of other type of lime1 Total Value of other type of lime1 Total Value of other type of lime1 Total Value(P) Determine the total value by multiplying the quantity used by the price per unit. Lime - used primarily as soil conditioner. It corrects acidity, promotes the release of nutrients and to some extent, reduces the occurrence of diseases. Agricultural lime (or limestone) - lining material to neutralize or condition acidic ponds and when applied in large quantity will not affect fish stock. Quick Lime (CaO) - a commercial lime to neutralize or condition acidic ponds and may use as pesticide in combination with 21-0-0 to kill all fish predators. Hydrated lime (Ca(OH)) or Slaked lime - commercial lime to neutralize or condition acidic ponds and may also be used as pesticide in combination with 21-0-0 to kill all fish predators. Total Volume of other type of lime2 Total Volume of other type of lime2 Total Volume of other type of lime2 Total Volume of other type of lime2 Total Volume of other type of lime2 Total volume of other type of lime, (Liter) Total Quantity (Kilogram) - for each reported material input, i.e., planting materials determine the Total Quantity by multiplying the quantity used by the weight per unit and record the product in two (2) decimal places. Asked for the following data items: Inquire from the respondent if the material inputs was used and fill-up the required information one item after the other. Quantity - account for the number of unit of material inputs used in focus pond during the reference period. Unit - write down the unit of measure of the material inputs used (e.g. piece, pack, sack, box, kilogram, bottle, liter, etc) Weight Per Unit (Kilogram) - enter the equivalent weight in kilogram per unit of the type of solid/granule material inputs used or applied, in two (2) decimal places (e.g. unit reported in sack which is equivalent to 50 kilograms; the entry should be 50.00). Price per unit - record the purchase price of the inputs used per unit of measure. Lime - used primarily as soil conditioner. It corrects acidity, promotes the release of nutrients and to some extent, reduces the occurrence of diseases. Agricultural lime (or limestone) - lining material to neutralize or condition acidic ponds and when applied in large quantity will not affect fish stock. Quick Lime (CaO) - a commercial lime to neutralize or condition acidic ponds and may use as pesticide in combination with 21-0-0 to kill all fish predators. Hydrated lime (Ca(OH)) or Slaked lime - commercial lime to neutralize or condition acidic ponds and may also be used as pesticide in combination with 21-0-0 to kill all fish predators. Total Value of other type of lime2 Total Value of other type of lime2 Total Value of other type of lime2 Total Value of other type of lime2 Total Value of other type of lime2 Total Value(P) Determine the total value by multiplying the quantity used by the price per unit. Lime - used primarily as soil conditioner. It corrects acidity, promotes the release of nutrients and to some extent, reduces the occurrence of diseases. Agricultural lime (or limestone) - lining material to neutralize or condition acidic ponds and when applied in large quantity will not affect fish stock. Quick Lime (CaO) - a commercial lime to neutralize or condition acidic ponds and may use as pesticide in combination with 21-0-0 to kill all fish predators. Hydrated lime (Ca(OH)) or Slaked lime - commercial lime to neutralize or condition acidic ponds and may also be used as pesticide in combination with 21-0-0 to kill all fish predators. Total quantity of tobacco dust Total quantity of tobacco dust Total quantity of tobacco dust Total quantity of tobacco dust Total quantity of tobacco dust Total quantity of tobacco dust (Kilogram) Total Quantity (Kilogram) - for each reported material input, i.e., planting materials determine the Total Quantity by multiplying the quantity used by the weight per unit and record the product in two (2) decimal places. Asked for the following data items: Inquire from the respondent if the material inputs was used and fill-up the required information one item after the other. Quantity - account for the number of unit of material inputs used in focus pond during the reference period. Unit - write down the unit of measure of the material inputs used (e.g. piece, pack, sack, box, kilogram, bottle, liter, etc) Weight Per Unit (Kilogram) - enter the equivalent weight in kilogram per unit of the type of solid/granule material inputs used or applied, in two (2) decimal places (e.g. unit reported in sack which is equivalent to 50 kilograms; the entry should be 50.00). Price per unit - record the purchase price of the inputs used per unit of measure. Pesticides - refers to organic materials and chemicals used in eliminating fishpond predators such as wild fish, crustaceans, shells, etc. Tobacco Dust - as environmentally friendly material use as pesticide to eradicate predator and wild fishes in ponds. Total value of tobacco dust Total value of tobacco dust Total value of tobacco dust Total value of tobacco dust Total value of tobacco dust Total Value(P) Determine the total value by multiplying the quantity used by the price per unit. Pesticides - refers to organic materials and chemicals used in eliminating fishpond predators such as wild fish, crustaceans, shells, etc. Tobacco Dust - as environmentally friendly material use as pesticide to eradicate predator and wild fishes in ponds. Name of other pesticides Name of other pesticides Name of other pesticides Name of other pesticides Name of other pesticides Name of other pesticides Total Quantity (Kilogram) - for each reported material input,in solid form, determine the Total Quantity by multiplying the quantity used by the weight per unit and record the product in two (2) decimal places. Asked for the following data items: Inquire from the respondent if the material inputs was used and fill-up the required information one item after the other. Quantity - account for the number of unit of material inputs used in focus parcel during the reference period. Unit - write down the unit of measure of the material inputs used (e.g. piece, pack, sack, box, kilogram, bottle, liter, etc). Weight Per Unit (Kilogram) - enter the equivalent weight in kilogram per unit of the type of solid/granule material inputs used or applied, in two (2) decimal places (e.g. unit reported in sack which is equivalent to 50 kilograms; the entry should be 50.00). Price per unit - record the purchase price of the inputs used per unit of measure. Pesticides - refers to organic materials and chemicals used in eliminating fishpond predators such as wild fish, crustaceans, shells, etc. Tobacco Dust - as environmentally friendly material use as pesticide to eradicate predator and wild fishes in ponds. Total quantity of other perticides1 Total quantity of other perticides1 Total quantity of other perticides1 Total quantity of other perticides1 Total quantity of other perticides1 Total quantity of other pesticides, (Kilogram) Total Quantity (Kilogram) - for each reported material input, i.e., planting materials determine the Total Quantity by multiplying the quantity used by the weight per unit and record the product in two (2) decimal places. Asked for the following data items: Inquire from the respondent if the material inputs was used and fill-up the required information one item after the other. Quantity - account for the number of unit of material inputs used in focus pond during the reference period. Unit - write down the unit of measure of the material inputs used (e.g. piece, pack, sack, box, kilogram, bottle, liter, etc) Weight Per Unit (Kilogram) - enter the equivalent weight in kilogram per unit of the type of solid/granule material inputs used or applied, in two (2) decimal places (e.g. unit reported in sack which is equivalent to 50 kilograms; the entry should be 50.00). Price per unit - record the purchase price of the inputs used per unit of measure. Pesticides - refers to organic materials and chemicals used in eliminating fishpond predators such as wild fish, crustaceans, shells, etc. Tobacco Dust - as environmentally friendly material use as pesticide to eradicate predator and wild fishes in ponds. Total value of other pesticides1 Total value of other pesticides1 Total value of other pesticides1 Total value of other pesticides1 Total value of other pesticides1 Total Value(P) Determine the total value by multiplying the quantity used by the price per unit. Pesticides - refers to organic materials and chemicals used in eliminating fishpond predators such as wild fish, crustaceans, shells, etc. Tobacco Dust - as environmentally friendly material use as pesticide to eradicate predator and wild fishes in ponds. Total volume of other pesticides2 Total volume of other pesticides2 Total volume of other pesticides2 Total volume of other pesticides2 Total volume of other pesticides2 Total volume of other pesticides, (Liter) Total Volume (Liter) - determine the total quantity of liquid inputs by multiplying the quantity used by the volume per unit and record in three (3) decimal places. Asked for the following data items: Inquire from the respondent if the material inputs was used and fill-up the required information one item after the other. Quantity - account for the number of unit of material inputs used in focus parcel during the reference period. Unit - write down the unit of measure of the material inputs used (e.g. piece, pack, sack, box, kilogram, bottle, liter, etc). Volume Per Unit (Liter) - enter the equivalent volume in liter per unit of the type of liquid material inputs used or applied, in three (3) decimal places (e.g. unit reported in bottle which is equivalent to 250 milliliter; the entry should be 0.250). Price per unit - record the purchase price of the inputs used per unit of measure. Pesticides - refers to organic materials and chemicals used in eliminating fishpond predators such as wild fish, crustaceans, shells, etc. Tobacco Dust - as environmentally friendly material use as pesticide to eradicate predator and wild fishes in ponds. Total Value of other pesticides2 Total Value of other pesticides2 Total Value of other pesticides2 Total Value of other pesticides2 Total Value of other pesticides2 Total Value(P) Determine the total value by multiplying the quantity used by the price per unit. Pesticides - refers to organic materials and chemicals used in eliminating fishpond predators such as wild fish, crustaceans, shells, etc. Tobacco Dust - as environmentally friendly material use as pesticide to eradicate predator and wild fishes in ponds. Total quantity of antibiotics1 Total quantity of antibiotics1 Total quantity of antibiotics1 Total quantity of antibiotics1 Total quantity of antibiotics1 Total quantity of antibiotics, (Kilogram) Total Quantity (Kilogram) - for each reported material input, i.e., planting materials determine the Total Quantity by multiplying the quantity used by the weight per unit and record the product in two (2) decimal places. Asked for the following data items: Inquire from the respondent if the material inputs was used and fill-up the required information one item after the other. Quantity - account for the number of unit of material inputs used in focus pond during the reference period. Unit - write down the unit of measure of the material inputs used (e.g. piece, pack, sack, box, kilogram, bottle, liter, etc) Weight Per Unit (Kilogram) - enter the equivalent weight in kilogram per unit of the type of solid/granule material inputs used or applied, in two (2) decimal places (e.g. unit reported in sack which is equivalent to 50 kilograms; the entry should be 50.00). Price per unit - record the purchase price of the inputs used per unit of measure. Disease Prevention and Pollution Control Antibiotics - chemical substances, naturally produced by micro-organisms but also synthetically, that is inhibit the growth or even destroy bacteria and other microorganisms. Biofilter - refers to filter plants or animals such as seaweeds, mussels and oysters used to minimize pollutants in ponds. Probiotics - refers to single or mixed culture of live micro-organisms (selected strains of bacteria, among others) that when applied to culture systems benefit the farmed stock by improving the indigenous microflora. Total Value of antibiotics1 Total Value of antibiotics1 Total Value of antibiotics1 Total Value of antibiotics1 Total Value of antibiotics1 Total Value(P) Determine the total value by multiplying the quantity used by the price per unit. Disease Prevention and Pollution Control Antibiotics - chemical substances, naturally produced by micro-organisms but also synthetically, that is inhibit the growth or even destroy bacteria and other microorganisms. Biofilter - refers to filter plants or animals such as seaweeds, mussels and oysters used to minimize pollutants in ponds. Probiotics - refers to single or mixed culture of live micro-organisms (selected strains of bacteria, among others) that when applied to culture systems benefit the farmed stock by improving the indigenous microflora. Total Volume of antibiotics2 Total Volume of antibiotics2 Total Volume of antibiotics2 Total Volume of antibiotics2 Total Volume of antibiotics2 Total volume of antibiotics, (Liter) Total Volume (Liter) - determine the total quantity of liquid inputs by multiplying the quantity used by the volume per unit and record in three (3) decimal places. Asked for the following data items: Inquire from the respondent if the material inputs was used and fill-up the required information one item after the other. Quantity - account for the number of unit of material inputs used in focus parcel during the reference period. Unit - write down the unit of measure of the material inputs used (e.g. piece, pack, sack, box, kilogram, bottle, liter, etc). Volume Per Unit (Liter) - enter the equivalent volume in liter per unit of the type of liquid material inputs used or applied, in three (3) decimal places (e.g. unit reported in bottle which is equivalent to 250 milliliter; the entry should be 0.250). Price per unit - record the purchase price of the inputs used per unit of measure. Disease Prevention and Pollution Control Antibiotics - chemical substances, naturally produced by micro-organisms but also synthetically, that is inhibit the growth or even destroy bacteria and other microorganisms. Biofilter - refers to filter plants or animals such as seaweeds, mussels and oysters used to minimize pollutants in ponds. Probiotics - refers to single or mixed culture of live micro-organisms (selected strains of bacteria, among others) that when applied to culture systems benefit the farmed stock by improving the indigenous microflora. Total Value of antibiotics2 Total Value of antibiotics2 Total Value of antibiotics2 Total Value of antibiotics2 Total Value of antibiotics2 Total Value(P) Determine the total value by multiplying the quantity used by the price per unit. Disease Prevention and Pollution Control Antibiotics - chemical substances, naturally produced by micro-organisms but also synthetically, that is inhibit the growth or even destroy bacteria and other microorganisms. Biofilter - refers to filter plants or animals such as seaweeds, mussels and oysters used to minimize pollutants in ponds. Probiotics - refers to single or mixed culture of live micro-organisms (selected strains of bacteria, among others) that when applied to culture systems benefit the farmed stock by improving the indigenous microflora. Total quantity of bio filter1 Total quantity of bio filter1 Total quantity of bio filter1 Total quantity of bio filter1 Total quantity of bio filter1 Total quantity of biofilter, (Kilogram) Total Quantity (Kilogram) - for each reported material input, i.e., planting materials determine the Total Quantity by multiplying the quantity used by the weight per unit and record the product in two (2) decimal places. Asked for the following data items: Inquire from the respondent if the material inputs was used and fill-up the required information one item after the other. Quantity - account for the number of unit of material inputs used in focus pond during the reference period. Unit - write down the unit of measure of the material inputs used (e.g. piece, pack, sack, box, kilogram, bottle, liter, etc) Weight Per Unit (Kilogram) - enter the equivalent weight in kilogram per unit of the type of solid/granule material inputs used or applied, in two (2) decimal places (e.g. unit reported in sack which is equivalent to 50 kilograms; the entry should be 50.00). Price per unit - record the purchase price of the inputs used per unit of measure. Disease Prevention and Pollution Control Antibiotics - chemical substances, naturally produced by micro-organisms but also synthetically, that is inhibit the growth or even destroy bacteria and other microorganisms. Biofilter - refers to filter plants or animals such as seaweeds, mussels and oysters used to minimize pollutants in ponds. Probiotics - refers to single or mixed culture of live micro-organisms (selected strains of bacteria, among others) that when applied to culture systems benefit the farmed stock by improving the indigenous microflora. Total Value of of bio filter1 Total Value of of bio filter1 Total Value of of bio filter1 Total Value of of bio filter1 Total Value of of bio filter1 Total Value(P) Determine the total value by multiplying the quantity used by the price per unit. Disease Prevention and Pollution Control Antibiotics - chemical substances, naturally produced by micro-organisms but also synthetically, that is inhibit the growth or even destroy bacteria and other microorganisms. Biofilter - refers to filter plants or animals such as seaweeds, mussels and oysters used to minimize pollutants in ponds. Probiotics - refers to single or mixed culture of live micro-organisms (selected strains of bacteria, among others) that when applied to culture systems benefit the farmed stock by improving the indigenous microflora. Total Volume of of bio filter2 Total Volume of of bio filter2 Total Volume of of bio filter2 Total Volume of of bio filter2 Total Volume of of bio filter2 Total volume of biofilter, (Liter) Total Volume (Liter) - determine the total quantity of liquid inputs by multiplying the quantity used by the volume per unit and record in three (3) decimal places. Asked for the following data items: Inquire from the respondent if the material inputs was used and fill-up the required information one item after the other. Quantity - account for the number of unit of material inputs used in focus parcel during the reference period. Unit - write down the unit of measure of the material inputs used (e.g. piece, pack, sack, box, kilogram, bottle, liter, etc). Volume Per Unit (Liter) - enter the equivalent volume in liter per unit of the type of liquid material inputs used or applied, in three (3) decimal places (e.g. unit reported in bottle which is equivalent to 250 milliliter; the entry should be 0.250). Price per unit - record the purchase price of the inputs used per unit of measure. Disease Prevention and Pollution Control Antibiotics - chemical substances, naturally produced by micro-organisms but also synthetically, that is inhibit the growth or even destroy bacteria and other microorganisms. Biofilter - refers to filter plants or animals such as seaweeds, mussels and oysters used to minimize pollutants in ponds. Probiotics - refers to single or mixed culture of live micro-organisms (selected strains of bacteria, among others) that when applied to culture systems benefit the farmed stock by improving the indigenous microflora. Total Value of of bio filter12 Total Value of of bio filter12 Total Value of of bio filter12 Total Value of of bio filter12 Total Value of of bio filter12 Total Value(P) Determine the total value by multiplying the quantity used by the price per unit. Disease Prevention and Pollution Control Antibiotics - chemical substances, naturally produced by micro-organisms but also synthetically, that is inhibit the growth or even destroy bacteria and other microorganisms. Biofilter - refers to filter plants or animals such as seaweeds, mussels and oysters used to minimize pollutants in ponds. Probiotics - refers to single or mixed culture of live micro-organisms (selected strains of bacteria, among others) that when applied to culture systems benefit the farmed stock by improving the indigenous microflora. Total quantity of probiotics1 Total quantity of probiotics1 Total quantity of probiotics1 Total quantity of probiotics1 Total quantity of probiotics1 Total quantity of probiotics, (Kilogram) Total Quantity (Kilogram) - for each reported material input, i.e., planting materials determine the Total Quantity by multiplying the quantity used by the weight per unit and record the product in two (2) decimal places. Asked for the following data items: Inquire from the respondent if the material inputs was used and fill-up the required information one item after the other. Quantity - account for the number of unit of material inputs used in focus pond during the reference period. Unit - write down the unit of measure of the material inputs used (e.g. piece, pack, sack, box, kilogram, bottle, liter, etc) Weight Per Unit (Kilogram) - enter the equivalent weight in kilogram per unit of the type of solid/granule material inputs used or applied, in two (2) decimal places (e.g. unit reported in sack which is equivalent to 50 kilograms; the entry should be 50.00). Price per unit - record the purchase price of the inputs used per unit of measure. Disease Prevention and Pollution Control Antibiotics - chemical substances, naturally produced by micro-organisms but also synthetically, that is inhibit the growth or even destroy bacteria and other microorganisms. Biofilter - refers to filter plants or animals such as seaweeds, mussels and oysters used to minimize pollutants in ponds. Probiotics - refers to single or mixed culture of live micro-organisms (selected strains of bacteria, among others) that when applied to culture systems benefit the farmed stock by improving the indigenous microflora. Total Value of probiotics1 Total Value of probiotics1 Total Value of probiotics1 Total Value of probiotics1 Total Value of probiotics1 Total Value(P) Determine the total value by multiplying the quantity used by the price per unit. Disease Prevention and Pollution Control Antibiotics - chemical substances, naturally produced by micro-organisms but also synthetically, that is inhibit the growth or even destroy bacteria and other microorganisms. Biofilter - refers to filter plants or animals such as seaweeds, mussels and oysters used to minimize pollutants in ponds. Probiotics - refers to single or mixed culture of live micro-organisms (selected strains of bacteria, among others) that when applied to culture systems benefit the farmed stock by improving the indigenous microflora. Total Volume of probiotics2 Total Volume of probiotics2 Total Volume of probiotics2 Total Volume of probiotics2 Total Volume of probiotics2 Total Volume of probiotics, (Liter) Total Volume (Liter) - determine the total quantity of liquid inputs by multiplying the quantity used by the volume per unit and record in three (3) decimal places. Asked for the following data items: Inquire from the respondent if the material inputs was used and fill-up the required information one item after the other. Quantity - account for the number of unit of material inputs used in focus parcel during the reference period. Unit - write down the unit of measure of the material inputs used (e.g. piece, pack, sack, box, kilogram, bottle, liter, etc). Volume Per Unit (Liter) - enter the equivalent volume in liter per unit of the type of liquid material inputs used or applied, in three (3) decimal places (e.g. unit reported in bottle which is equivalent to 250 milliliter; the entry should be 0.250). Price per unit - record the purchase price of the inputs used per unit of measure. Disease Prevention and Pollution Control Antibiotics - chemical substances, naturally produced by micro-organisms but also synthetically, that is inhibit the growth or even destroy bacteria and other microorganisms. Biofilter - refers to filter plants or animals such as seaweeds, mussels and oysters used to minimize pollutants in ponds. Probiotics - refers to single or mixed culture of live micro-organisms (selected strains of bacteria, among others) that when applied to culture systems benefit the farmed stock by improving the indigenous microflora. Total Value of probiotics2 Total Value of probiotics2 Total Value of probiotics2 Total Value of probiotics2 Total Value of probiotics2 Total Value(P) Determine the total value by multiplying the quantity used by the price per unit. Disease Prevention and Pollution Control Antibiotics - chemical substances, naturally produced by micro-organisms but also synthetically, that is inhibit the growth or even destroy bacteria and other microorganisms. Biofilter - refers to filter plants or animals such as seaweeds, mussels and oysters used to minimize pollutants in ponds. Probiotics - refers to single or mixed culture of live micro-organisms (selected strains of bacteria, among others) that when applied to culture systems benefit the farmed stock by improving the indigenous microflora. Name of other disease prevention material inputs Name of other disease prevention material inputs Name of other disease prevention material inputs Name of other disease prevention material inputs Name of other disease prevention material inputs Name of other disease prevention chemicals Inquire from the respondent if the material inputs was used and fill-up the required information one item after the other. Disease Prevention and Pollution Control Antibiotics - chemical substances, naturally produced by micro-organisms but also synthetically, that is inhibit the growth or even destroy bacteria and other microorganisms. Biofilter - refers to filter plants or animals such as seaweeds, mussels and oysters used to minimize pollutants in ponds. Probiotics - refers to single or mixed culture of live micro-organisms (selected strains of bacteria, among others) that when applied to culture systems benefit the farmed stock by improving the indigenous microflora. Total quantity of other disease prevention1 Total quantity of other disease prevention1 Total quantity of other disease prevention1 Total quantity of other disease prevention1 Total quantity of other disease prevention1 Total quantity of other disease prevention chemical, (Kilogram) Total Quantity (Kilogram) - for each reported material input, i.e., planting materials determine the Total Quantity by multiplying the quantity used by the weight per unit and record the product in two (2) decimal places. Asked for the following data items: Inquire from the respondent if the material inputs was used and fill-up the required information one item after the other. Quantity - account for the number of unit of material inputs used in focus pond during the reference period. Unit - write down the unit of measure of the material inputs used (e.g. piece, pack, sack, box, kilogram, bottle, liter, etc) Weight Per Unit (Kilogram) - enter the equivalent weight in kilogram per unit of the type of solid/granule material inputs used or applied, in two (2) decimal places (e.g. unit reported in sack which is equivalent to 50 kilograms; the entry should be 50.00). Price per unit - record the purchase price of the inputs used per unit of measure. Disease Prevention and Pollution Control Antibiotics - chemical substances, naturally produced by micro-organisms but also synthetically, that is inhibit the growth or even destroy bacteria and other microorganisms. Biofilter - refers to filter plants or animals such as seaweeds, mussels and oysters used to minimize pollutants in ponds. Probiotics - refers to single or mixed culture of live micro-organisms (selected strains of bacteria, among others) that when applied to culture systems benefit the farmed stock by improving the indigenous microflora. Total Value of other disease prevention1 Total Value of other disease prevention1 Total Value of other disease prevention1 Total Value of other disease prevention1 Total Value of other disease prevention1 Total Value(P) Determine the total value by multiplying the quantity used by the price per unit. Disease Prevention and Pollution Control Antibiotics - chemical substances, naturally produced by micro-organisms but also synthetically, that is inhibit the growth or even destroy bacteria and other microorganisms. Biofilter - refers to filter plants or animals such as seaweeds, mussels and oysters used to minimize pollutants in ponds. Probiotics - refers to single or mixed culture of live micro-organisms (selected strains of bacteria, among others) that when applied to culture systems benefit the farmed stock by improving the indigenous microflora. Total Volume of other disease prevention2 Total Volume of other disease prevention2 Total Volume of other disease prevention2 Total Volume of other disease prevention2 Total Volume of other disease prevention2 Total Volume of other disease prevention chemical, (Liter) Total Volume (Liter) - determine the total quantity of liquid inputs by multiplying the quantity used by the volume per unit and record in three (3) decimal places. Asked for the following data items: Inquire from the respondent if the material inputs was used and fill-up the required information one item after the other. Quantity - account for the number of unit of material inputs used in focus parcel during the reference period. Unit - write down the unit of measure of the material inputs used (e.g. piece, pack, sack, box, kilogram, bottle, liter, etc). Volume Per Unit (Liter) - enter the equivalent volume in liter per unit of the type of liquid material inputs used or applied, in three (3) decimal places (e.g. unit reported in bottle which is equivalent to 250 milliliter; the entry should be 0.250). Price per unit - record the purchase price of the inputs used per unit of measure. Disease Prevention and Pollution Control Antibiotics - chemical substances, naturally produced by micro-organisms but also synthetically, that is inhibit the growth or even destroy bacteria and other microorganisms. Biofilter - refers to filter plants or animals such as seaweeds, mussels and oysters used to minimize pollutants in ponds. Probiotics - refers to single or mixed culture of live micro-organisms (selected strains of bacteria, among others) that when applied to culture systems benefit the farmed stock by improving the indigenous microflora. Total Value of other disease prevention2 Total Value of other disease prevention2 Total Value of other disease prevention2 Total Value of other disease prevention2 Total Value of other disease prevention2 Total Value(P) Determine the total value by multiplying the quantity used by the price per unit. Disease Prevention and Pollution Control Antibiotics - chemical substances, naturally produced by micro-organisms but also synthetically, that is inhibit the growth or even destroy bacteria and other microorganisms. Biofilter - refers to filter plants or animals such as seaweeds, mussels and oysters used to minimize pollutants in ponds. Probiotics - refers to single or mixed culture of live micro-organisms (selected strains of bacteria, among others) that when applied to culture systems benefit the farmed stock by improving the indigenous microflora. Sample Identification Sample Identification Sample Identification Sample Identification Sample Identification Region Region Region Region Region 1 Ilocos Region 3 Central Luzon 6 Western Visayas Province Province Province Province Province 14 Bulacan 19 Capiz 30 Iloilo 55 Pangasinan Farm Activity Farm Activity Farm Activity Farm Activity Farm Activity Farm activity Since data items vary depending on the farm activity, the enumerator should get the required details one activity (or one row) at a time. 1 Excavation 2 Pond preparation 2.1 Draining/drying 2.2 Lime application 2.3 Pesticides application 2.4 Fertilizers application 2.5 Watering 3 Transfer of stocks 4 Feeding 5 Harvesting 6 Maintenance and repair of dikes 7 Others Farm activity codes 1.1 to 9 refers to seedbed preparation, and codes 10.0 to 15 refers to land preparation. Farm Activity - contains the different activities involve in milkfish production. This includes: Excavation Pond preparation Draining/drying Lime application Pesticides application Fertilizers application Watering Transfer of stocks Feeding Harvesting Maintenance and repair of dikes Other farm activities Mandays of Male Operator Labor Mandays of Male Operator Labor Mandays of Male Operator Labor Mandays of Male Operator Labor Mandays of Male Operator Labor Operator Labor Mandays Male Number of mandays is derived as follows: Number of days multiplied by Number of hours per day then divide the result by 8. Account for the above data items by asking the following: Number of days - indicate the total number of days of work per activity. Number of hours per day - ask for the average number of hours of work rendered by the operator per day and record with one (1) decimal place. Mandays - conceptually, one manday is equivalent to eight (8) hours of work. Operator Labor - pertains to the production activities performed by the farmer/operator Mandays of Female Operator Labor Mandays of Female Operator Labor Mandays of Female Operator Labor Mandays of Female Operator Labor Mandays of Female Operator Labor Operator Labor Mandays Female Number of mandays is derived as follows: Number of days multiplied by Number of hours per day then divide the result by 8. Account for the above data items by asking the following: Number of days - indicate the total number of days of work per activity. Number of hours per day - ask for the average number of hours of work rendered by the operator per day and record with one (1) decimal place. Mandays of Male Family Labor Mandays of Male Family Labor Mandays of Male Family Labor Mandays of Male Family Labor Mandays of Male Family Labor Family Labor Mandays Male Compute for the total mandays of family labor by multiplying Number of persons, Average number of days per person and average number of hours per day and divide the result by eight (8). Record in two (2) decimal places on the space provided. Account for the above data items by asking the following: Number of persons - ask for the total number of family members who performed the particular farm operation. Average number of days per person - indicate the average number of days worked per person in whole number on the space provided. This can be derived by adding the number of days worked/rendered by each family member and divide the sum by the number of observations. Average number of hours per day - indicate the average number of hours worked per day. To determine the average, add the total number of hours worked per person and divide the sum by the number of working days. Record in one (1) decimal place on the space provided. Family Labor - pertains to the production activities performed by the family members of the farmer/operator. Mandays of Female Family Labor Mandays of Female Family Labor Mandays of Female Family Labor Mandays of Female Family Labor Mandays of Female Family Labor Family Labor Mandays Female Compute for the total mandays of family labor by multiplying Number of persons, Average number of days per person and average number of hours per day and divide the result by eight (8). Record in two (2) decimal places on the space provided. Account for the above data items by asking the following: Number of persons - ask for the total number of family members who performed the particular farm operation. Average number of days per person - indicate the average number of days worked per person in whole number on the space provided. This can be derived by adding the number of days worked/rendered by each family member and divide the sum by the number of observations. Average number of hours per day - indicate the average number of hours worked per day. To determine the average, add the total number of hours worked per person and divide the sum by the number of working days. Record in one (1) decimal place on the space provided. Mandays of Male Exchange Labor Mandays of Male Exchange Labor Mandays of Male Exchange Labor Mandays of Male Exchange Labor Mandays of Male Exchange Labor Exchange Labor Mandays Male Handle the interview and recording, including the computation for mandays, the way family labor was treated. Bayanihan is a custom of farm households to help each other in peak periods by working on each other's farm without any pay. Mandays of Female Exchange Labor Mandays of Female Exchange Labor Mandays of Female Exchange Labor Mandays of Female Exchange Labor Mandays of Female Exchange Labor Exchange Labor Mandays Female Handle the interview and recording, including the computation for mandays, the way family labor was treated. Prevailing Wage Rate for Male Prevailing Wage Rate for Male Prevailing Wage Rate for Male Prevailing Wage Rate for Male Prevailing Wage Rate for Male Prevailing wage rate per day (P)__ male Ask for the prevailing wage rate per day in the locality for each activities performed by unpaid workers. Prevailing Wage Rate for Female Prevailing Wage Rate for Female Prevailing Wage Rate for Female Prevailing Wage Rate for Female Prevailing Wage Rate for Female Prevailing wage rate per day (P)__ female Ask for the prevailing wage rate per day in the locality for each activities performed by unpaid workers. Mandays of Male Hired Labor Mandays of Male Hired Labor Mandays of Male Hired Labor Mandays of Male Hired Labor Mandays of Male Hired Labor Hired Labor Mandays Male Handle the interview, computations and recording the way family labor was treated. In case a particular activity was performed by: a. Permanent farm workers - ask and record the total number of permanent employee(s), the average number of days and average number of hours worked per day for each farm activity performed. b. Contract labor - this is commonly called “pakyaw” system. Record the number of persons, average number of days worked and average number of hours worked per day, respectively, for each activity performed. Hired Labor - are the production activities performed by hired laborers including the payment for the services rendered. Mandays of Female Hired Labor Mandays of Female Hired Labor Mandays of Female Hired Labor Mandays of Female Hired Labor Mandays of Female Hired Labor Hired Labor Mandays Female Handle the interview, computations and recording the way family labor was treated. In case a particular activity was performed by: a. Permanent farm workers - ask and record the total number of permanent employee(s), the average number of days and average number of hours worked per day for each farm activity performed. b. Contract labor - this is commonly called "pakyaw" system. Record the number of persons, average number of days worked and average number of hours worked per day, respectively, for each activity performed. Cash Payment for Male Cash Payment for Male Cash Payment for Male Cash Payment for Male Cash Payment for Male Total Cash Payment for hired labor Male If laborers were paid in cash, ask for the total amount paid to laborers per activity performed. In case a particular activity was performed by: a. Permanent farm workers - Apportion the salary of the worker(s) based on the number of mandays rendered in garlic farm and enter in cash payment. In case of multiple farm activities, apportion the total amount based on the number of mandays per activity. b. Contract labor - Apportion the total amount paid to contract laborers based on the number of mandays worked per activity and enter them in payment made in cash. Otherwise, enter them under non-cah. Cash payment refers to the actual amount of cash paid according to the agreed basis of payment. Cash Payment for Female Cash Payment for Female Cash Payment for Female Cash Payment for Female Cash Payment for Female Total Cash Payment for hired labor Female If laborers were paid in cash, ask for the total amount paid to laborers per activity performed. In case a particular activity was performed by: a. Permanent farm workers - Apportion the salary of the worker(s) based on the number of mandays rendered in garlic farm and enter in cash payment. In case of multiple farm activities, apportion the total amount based on the number of mandays per activity. b. Contract labor - Apportion the total amount paid to contract laborers based on the number of mandays worked per activity and enter them in payment made in cash. Otherwise, enter them under non-cah. Non-Cash Payment for Male Non-Cash Payment for Male Non-Cash Payment for Male Non-Cash Payment for Male Non-Cash Payment for Male Total Non-cash Payment for hired labor Male Convert the payment into peso equivalent by following this procedure: Peso equivalent of in-kind = (Total number of local unit of in-kind payment) x (Price per local unit during the time of payment) Total Payment in Non-Cash - non-cash payment maybe in the form of concerned crop/commodity (CC) or other commodities (OC). Payment in kind refers to the peso equivalent of the quantity of production paid for a work done. Non-Cash Payment for Female Non-Cash Payment for Female Non-Cash Payment for Female Non-Cash Payment for Female Non-Cash Payment for Female Total Non-cash Payment for hired labor Female Convert the payment into peso equivalent by following this procedure: Peso equivalent of in-kind = (Total number of local unit of in-kind payment) x (Price per local unit during the time of payment) Total Food Cost Total Food Cost Total Food Cost Total Food Cost Total Food Cost Total food cost for hired/exchange labor (P) Wwhen applicable, ask for the total cost incurred in the provision of food (meals/snacks/refreshments) to farm laborers during work on particular farm operation. Food costs is applicable only for exchange and hired labor only. Sample Identification Sample Identification Sample Identification Sample Identification Sample Identification Region Region Region Region Region 1 Ilocos Region 3 Central Luzon 6 Western Visayas Province Province Province Province Province 14 Bulacan 19 Capiz 30 Iloilo 55 Pangasinan Land Tax Land Tax Land Tax Land Tax Land Tax Land tax cash Ask for the amount of tax paid for the focus parcel. Payment of land tax is normally computed on yearly basis. Specify if payment made is on a per hectare basis, annual basis, etc. Onion farmers whose tenurial status is owner-operator Cash Salaries of Employees Cash Salaries of Employees Cash Salaries of Employees Cash Salaries of Employees Cash Salaries of Employees Cash payment for the salaries of employees Ask for the payments in cash for the salaries of office employees. Salaries of office employees - refers to fixed payment in cash or in kind of the permanent farm employee(s) for the reference period. Non-Cash Salaries of Employees Non-Cash Salaries of Employees Non-Cash Salaries of Employees Non-Cash Salaries of Employees Non-Cash Salaries of Employees Non-cash payment for the salaries of employees Ask for the payments in kind for the salaries of office employees. Cash Caretaker's wage/share Cash Caretaker's wage/share Cash Caretaker's wage/share Cash Caretaker's wage/share Cash Caretaker's wage/share Cash payment for the wage of caretaker Ask for the payments in cash for the wage/share of caretaker. Wage/share of caretaker - refers to fixed payment in cash which is either in the form of wage and/or a percent share in the total value of produce. Non-Cash Caretaker's wage/share Non-Cash Caretaker's wage/share Non-Cash Caretaker's wage/share Non-Cash Caretaker's wage/share Non-Cash Caretaker's wage/share Non-cash payment for the wage of caretaker Ask for the payments in kind for the wage/share of caretaker. Cash Land Lease Cash Land Lease Cash Land Lease Cash Land Lease Cash Land Lease Cash payment for the rental of land Ask for the fixed payment in cash for the rent/use of farm land for the reference period. Specify if payment made is on a per hectare basis, annual basis, etc. Onion farmers whose tenurial status is lessee Land lease/rental - refers to fixed payment in cash or in kind for the rent/use of farm land for the reference period. Specify if payment made is on a per hectare basis, annual basis, etc. Non-cash Land Lease Non-cash Land Lease Non-cash Land Lease Non-cash Land Lease Non-cash Land Lease Non-cash payment for the rental of land Ask for the fixed payment in kind for the rent/use of farm land for the reference period. Specify if payment made is on a per hectare basis, annual basis, etc. In case of non-cash payments or payment in kind, determine the commodity paid, quantity(ies), the unit of measure, weight per unit and compute for the total quantities in kilograms and the corresponding values. Onion farmers whose tenurial status is lessee Land lease/rental - refers to fixed payment in cash or in kind for the rent/use of farm land for the reference period. Specify if payment made is on a per hectare basis, annual basis, etc. Rental Value of Owned Land Rental Value of Owned Land Rental Value of Owned Land Rental Value of Owned Land Rental Value of Owned Land Imputed rental value of owned land (cash) Ask if the land used in milkfish pond operation will be rented, how much will be the rental value for the reference period. This is an imputed cost but for purposes of recording in the questionnaire, this should be entered under cash. Onion farmers whose tenurial status is owner-operator Rental value for owned pond - ask the farmer if the land used in fishpond operation will be rented how much will be the rental value for the reference period. This is an imputed cost but for purposes of recording in the questionnaire, this should be entered under cash. Cash Machine Rental Cash Machine Rental Cash Machine Rental Cash Machine Rental Cash Machine Rental Cash payment for the rental of machine Ask for the payments in cash for the use/rental of machine. Rentals (machine, and tools and equipment) - refers to payments in cash or in kind for the use/rental of machine, and tools and equipment. Non-cash Machine Rental Non-cash Machine Rental Non-cash Machine Rental Non-cash Machine Rental Non-cash Machine Rental Non-cash payment for the rental of mahine Ask for the payments in kind for the use/rental of machine. In case of non-cash payments or payment in kind, determine the commodity paid, quantity(ies), the unit of measure, weight per unit and compute for the total quantities in kilograms and the corresponding values. Rentals (machine, and tools and equipment) - refers to payments in cash or in kind for the use/rental of machine, and tools and equipment. Cash Rentals of Tools and Equipments Cash Rentals of Tools and Equipments Cash Rentals of Tools and Equipments Cash Rentals of Tools and Equipments Cash Rentals of Tools and Equipments Cash payment for the rental of tools and equipment Ask for the payments in cash for the use/rental of tools and equipments. Rentals (machine, and tools and equipment) - refers to payments in cash or in kind for the use/rental of machine, and tools and equipment. Non-cash Rentals of Tools and Equipments Non-cash Rentals of Tools and Equipments Non-cash Rentals of Tools and Equipments Non-cash Rentals of Tools and Equipments Non-cash Rentals of Tools and Equipments Non-cash payment for the rental of tools and equipment Ask for the payments in kind for the use/rental of tools and equipments.In case of non-cash payments or payment in kind, determine the commodity paid, quantity(ies), the unit of measure, weight per unit and compute for the total quantities in kilograms and the corresponding values. Rentals (machine, and tools and equipment) - refers to payments in cash or in kind for the use/rental of machine, and tools and equipment. Name/type of other rentals Name/type of other rentals Name/type of other rentals Name/type of other rentals Name/type of other rentals Rentals (other types) Ask for the rentals of other tools and equipment. Cash Other Rentals Cash Other Rentals Cash Other Rentals Cash Other Rentals Cash Other Rentals Cash payment for other rentals Ask for the payments in cash for the use/rental of other tools and equipments. Non-cash Other Rentals Non-cash Other Rentals Non-cash Other Rentals Non-cash Other Rentals Non-cash Other Rentals Non-cash payment for other rentals Ask for the payments in kind for the use/rental of other tools and equipments.In case of non-cash payments or payment in kind, determine the commodity paid, quantity(ies), the unit of measure, weight per unit and compute for the total quantities in kilograms and the corresponding values. Fuel and Oil Fuel and Oil Fuel and Oil Fuel and Oil Fuel and Oil Cash payment for the fuel and oil Ask for the payment in cash for diesel, gasoline, oil, grease and kerosene consumed in the production process. Fuel and oil - refers to payment in cash or in kind for diesel, gasoline, oil, grease and kerosene consumed in the production process. Transport Cost of Inputs Transport Cost of Inputs Transport Cost of Inputs Transport Cost of Inputs Transport Cost of Inputs Cash payment for the transport cost of inputs Ask for the cost incurred in the procurement of inputs such as feeds, fertilizers, chemicals, and other farm inputs. Transport cost of inputs - refers to the cost incurred in the procurement of inputs such as feeds, fertilizers, chemicals, and other farm inputs. License and permit License and permit License and permit License and permit License and permit Cash payment for the licenses and permits Ask for the payment in cash for the aquisition of licenses and permits License/permits - refers to the cost incurred in the registration processes of getting licenses/permits for the farm to operate legally. Specify if payment made is on a per hectare basis, annual basis, etc. Interest Payment on Crop Loans Interest Payment on Crop Loans Interest Payment on Crop Loans Interest Payment on Crop Loans Interest Payment on Crop Loans Cash payment for the interes on crop loan Ask for the payment in cash for the interest on borrowed capital used in farm operation. Onion farmers who availed of crop loans Interest payment on loan - refers to payment in cash or in kind for the interest on borrowed capital used in farm operation. Electiricity Electiricity Electiricity Electiricity Electiricity Cash payment for the electricity bill Ask for the payment in cash for electricity bills consumed in the production process. Electricity - covers payment in cash for electricity bills consumed in the production process. Other costs Other costs Other costs Other costs Other costs Cash payment for the other production costs Ask for the payment in cash for other production costs. Others (specify) - refer to other cost items not listed. Enumerate, if any, and get the required information on costs. Name/type of other costs Name/type of other costs Name/type of other costs Name/type of other costs Name/type of other costs Name/type of other production cost Ask for the type of other production costs. Others (specify) - refer to other cost items not listed. Enumerate, if any, and get the required information on costs. Sample Identification Sample Identification Sample Identification Sample Identification Sample Identification Region Region Region Region Region 1 Ilocos Region 3 Central Luzon 6 Western Visayas Province Province Province Province Province 14 Bulacan 19 Capiz 30 Iloilo 55 Pangasinan Total Volume of Production in Local Unit Total Volume of Production in Local Unit Total Volume of Production in Local Unit Total Volume of Production in Local Unit Total Volume of Production in Local Unit Volume of production in local unit Enter the gross production in local unit in two (2) decimal places. Name of Local Unit Name of Local Unit Name of Local Unit Name of Local Unit Name of Local Unit Name of local unit Indicate the name of local unit used in measuring the quantity of production whether in sacks, red bags, tiklis/kaing, etc. Weight of One Local Unit (kg) Weight of One Local Unit (kg) Weight of One Local Unit (kg) Weight of One Local Unit (kg) Weight of One Local Unit (kg) Weight of one local unit in kilogram Write the equivalent weight in kilogram of one local unit. Total Volume of Production in Kilogram Total Volume of Production in Kilogram Total Volume of Production in Kilogram Total Volume of Production in Kilogram Total Volume of Production in Kilogram Total volume of production in kilogram was a derived variable computed by multiplying the volume of production expressed in local units and weight of one local unit in kilogram. Total volume of production expressed in kilogram is derived by multiplying volume of production in local unit and the weight of one local unit in kilogram. Total Value of Production Total Value of Production Total Value of Production Total Value of Production Total Value of Production Total value in pesos was a derived variable computed by multiplying the estimated volume of production in kilogram and the price per kilogram of produce. Total value of production in pesos is derived by multiplying volume of production converted in kilogram and the price per kilogram. Sold Sold Sold Sold Sold Total quantity (in local unit): Sold/to be sold Ask for the quantity sold/marketed out of the total production. Price per kg Price per kg Price per kg Price per kg Price per kg Price/kg. P___ (of sold produce) Ask for the price per kiogram of produce. Harvesters' Share Harvesters' Share Harvesters' Share Harvesters' Share Harvesters' Share Total quantity (in local unit): Harvesters' share Ask for the quantity given to harvesters as payment for the services rendered Check if the value of harvesters' share was reflected in Section F (Labor Inputs). Check if the value of harvesters' share share were reflected in block E (Labor Inputs). Carekaker's Share Carekaker's Share Carekaker's Share Carekaker's Share Carekaker's Share Total quantity (in local unit): Caretakers' share Ask for the quantity given to caretaker as payment for the services rendered Check if the value of caretaker' share was reflected in Section F (Labor Inputs). Check if the value of caretakers' share were reflected in block E (Labor Inputs). Other Laborers' Share Other Laborers' Share Other Laborers' Share Other Laborers' Share Other Laborers' Share Total quantity (in local unit): Other laborers' share Ask for the quantity given to other farm laborers as payment for the services rendered. Check if the value of other laborers' share was reflected in Section F (Labor Inputs). Check if the value of harvesters' share and other laborers' share were reflected in block E (Labor Inputs). Lease Rental Lease Rental Lease Rental Lease Rental Lease Rental Total quantity (in local unit): lease rental Ask for the quantity paid for the lease of the land. Onion farmers whose tenurial status is lessee For Home Consumption For Home Consumption For Home Consumption For Home Consumption For Home Consumption Total quantity (in local unit): For home consumption Ask for the quantity consumed by the farm household. Given Away Given Away Given Away Given Away Given Away Total quantity (in local unit): Given away Ask for the quantity given to other persons, relatives and other households. Other dispositions Other dispositions Other dispositions Other dispositions Other dispositions Total quantity (in local unit): Wastage Ask for the estimated quantity for other dispositions. Total Disposition in Local Unit Total Disposition in Local Unit Total Disposition in Local Unit Total Disposition in Local Unit Total Disposition in Local Unit Total disposition in local unit was the summation of all the disposition items of the produce expressed in local units. Total disposition in local units is derived by getting the sum of quantity sold, quantity paid for the shares of harvesters, other laborers and landowner, lease rental and the quantity for home consumption, for seeds, given away and wastage. Sample Identification Sample Identification Sample Identification Sample Identification Sample Identification Region Region Region Region Region 1 Ilocos Region 3 Central Luzon 6 Western Visayas Province Province Province Province Province 14 Bulacan 19 Capiz 30 Iloilo 55 Pangasinan Major Buyer of Produce Major Buyer of Produce Major Buyer of Produce Major Buyer of Produce Major Buyer of Produce Major buyer of produce (Encircle code) Ask the respondent on the major buyer of his produce. Encircle code/s. Onion farmers who sold their produce 1 Agent 2 Wholesaler 3 Retailer 4 Wholesaler-retailer 5 Exporter 6 Cooperative 7 Consumer 8 Processor 9 Others (consignee) Percentage of Produce Percentage of Produce Percentage of Produce Percentage of Produce Percentage of Produce Indicate percentage Determine the percentage of milkfish that was sold to each buyer out of the total volume marketed Onion farmers who sold their produce Sample Identification Sample Identification Sample Identification Sample Identification Sample Identification Region Region Region Region Region 1 Ilocos Region 3 Central Luzon 6 Western Visayas Province Province Province Province Province 14 Bulacan 19 Capiz 30 Iloilo 55 Pangasinan Production problem on pest and diseases Production problem on pest and diseases Production problem on pest and diseases Production problem on pest and diseases Production problem on pest and diseases Production related problems: Code-1 Production problem on high cost of stocking materials Production problem on high cost of stocking materials Production problem on high cost of stocking materials Production problem on high cost of stocking materials Production problem on high cost of stocking materials Production related problems: Code-2.1 Production problem on high cost of fertilizer Production problem on high cost of fertilizer Production problem on high cost of fertilizer Production problem on high cost of fertilizer Production problem on high cost of fertilizer Production related problems: Code-2.2 Production problem on high cost of other inputs Production problem on high cost of other inputs Production problem on high cost of other inputs Production problem on high cost of other inputs Production problem on high cost of other inputs Production related problems: Code-2.3 Production problem on weather condition Production problem on weather condition Production problem on weather condition Production problem on weather condition Production problem on weather condition Production related problems: Code-3 Production problem on lack of capital Production problem on lack of capital Production problem on lack of capital Production problem on lack of capital Production problem on lack of capital Production related problems: Code-4 Production problem on pollution/siltation Production problem on pollution/siltation Production problem on pollution/siltation Production problem on pollution/siltation Production problem on pollution/siltation Production related problems: Code-5 Production problem on unavalibility of stocking materials Production problem on unavalibility of stocking materials Production problem on unavalibility of stocking materials Production problem on unavalibility of stocking materials Production problem on unavalibility of stocking materials Production related problems: Code-6 Other production problems Other production problems Other production problems Other production problems Other production problems Production related problems: Code-7 (specify) Marketing problem on unstable prices Marketing problem on unstable prices Marketing problem on unstable prices Marketing problem on unstable prices Marketing problem on unstable prices Production related problems: Code-1 Marketing problem on rough roads Marketing problem on rough roads Marketing problem on rough roads Marketing problem on rough roads Marketing problem on rough roads Production related problems: Code-2 Marketing problem on low price of produce Marketing problem on low price of produce Marketing problem on low price of produce Marketing problem on low price of produce Marketing problem on low price of produce Production related problems: Code-3 Marketing problem on no buyer/market outlet Marketing problem on no buyer/market outlet Marketing problem on no buyer/market outlet Marketing problem on no buyer/market outlet Marketing problem on no buyer/market outlet Production related problems: Code-4 Marketing problem on lack of marketing information Marketing problem on lack of marketing information Marketing problem on lack of marketing information Marketing problem on lack of marketing information Marketing problem on lack of marketing information Production related problems: Code-5 Other marketing problems Other marketing problems Other marketing problems Other marketing problems Other marketing problems Production related problems: Code-6 (specify) Sample Identification Sample Identification Sample Identification Sample Identification Sample Identification Region Region Region Region Region 1 Ilocos Region 3 Central Luzon 6 Western Visayas Province Province Province Province Province 14 Bulacan 19 Capiz 30 Iloilo 55 Pangasinan Loan Availment Loan Availment Loan Availment Loan Availment Loan Availment Have you availed of any loan for crop production? (Encircle code) If No, go to Block L. Encircle code whether (1) yes or (2) no, if no go to Block L. 1 Yes 2 No Amount of Loan Amount of Loan Amount of Loan Amount of Loan Amount of Loan How much loan did you avail of? P__ Write the amount of loan on the space provided. Record in two (2) decimal places. Onion farmers who availed loan for crop production Interest rate per Annum Interest rate per Annum Interest rate per Annum Interest rate per Annum Interest rate per Annum How much was the interest rate per annum? ___% Write the entry on the space provided. Express the answer in percent and in two (2) decimal places. Onion farmers who availed loan for crop production Sources of Loan Sources of Loan Sources of Loan Sources of Loan Sources of Loan Who/What was your source of loan? (Encircle code) Encircle the code of the corresponding answer. Onion farmers who availed loan for crop production 1 Cooperative 2 Bank 3 Private individual 4 Other lending institutions Membership in Association Membership in Association Membership in Association Membership in Association Membership in Association Is the operator a member of fishery related association? (Encircle code) Encircle code whether (1) yes or (2) no. 1 Yes 2 No Name of Association Name of Association Name of Association Name of Association Name of Association If Yes, identity If yes, identify the said organization. Onion farmers who are members in onion related association Benefits Benefits Benefits Benefits Benefits Benefits derived Ask for the benefits derived from being a member of such organization. Onion farmers who are members in onion related association Consultation with Government Agents Consultation with Government Agents Consultation with Government Agents Consultation with Government Agents Consultation with Government Agents Does the operator consult/use advice of govenrment extension agents (Encircle code) (Encircle code) 1 Yes 2 No Consultation with Private Agents Consultation with Private Agents Consultation with Private Agents Consultation with Private Agents Consultation with Private Agents Does the operator consult/use advice of private extension agents (Encircle code) (Encircle code) 1 Yes 2 No Plans for Milkfish Pond Operation Plans for Milkfish Pond Operation Plans for Milkfish Pond Operation Plans for Milkfish Pond Operation Plans for Milkfish Pond Operation What are your future plans regarding milkfish pond operation? (Encircle code) 1 Maintain current operation 2 Expand operation 3 Others Other Plans Specify Other Plans Specify Other Plans Specify Other Plans Specify Other Plans Specify Others (specify) Recommendation to improve milkfish production Recommendation to improve milkfish production Recommendation to improve milkfish production Recommendation to improve milkfish production Recommendation to improve milkfish production What will you suggest to the government for the improvement of milkfish industry? Ask the respondent to enumerate his/her recommendations to the government to further improve milkfish production.