http://www.fao.org/globalsoilpartnership/en/
This presentation was presented during the Eurasian Soil Partnership workshop that was held on 29 February - 02 March 2016 in Bishkek, Kyrgyzstan and it was made by Seymur Safarli.
http://www.fao.org/globalsoilpartnership/en/
This presentation was presented during the Eurasian Soil Partnership workshop that was held on 29 February - 02 March 2016 in Bishkek, Kyrgyzstan and it was made by Eka Sanadze.
THE PROBLEMS OF INCREASE OF EFFICIENT USE OF ARABLE LAND, AND THE WAYS OF IT...ExternalEvents
http://www.fao.org/globalsoilpartnership/en/
This presentation was presented during the Eurasian Soil Partnership workshop that was held on 29 February - 02 March 2016 in Bishkek, Kyrgyzstan.
Summary of CLUP Vol 2 Economic Sector Studyzemtechx
1. The document provides guidance on conducting an economic sector study for comprehensive land use planning. It involves assessing the current state and growth patterns of the local economy to strengthen economic activities sustainably.
2. Key areas of analysis include employment, production volume and value, land utilization, infrastructure, and marketing facilities. The framework analyzes the economic structure, contributions, drivers, locations, trends, strengths/weaknesses/opportunities/threats, and support for economic activities.
3. Within the economic sector, the document outlines steps for analyzing the agriculture sub-sector, including data gathering on community needs and production statistics, and assessing existing conditions, support systems, employment, and policies regarding agricultural land.
- The document outlines the methodology for analyzing the vulnerability of farming systems in Béni Khédache-Sidi Bouzid, Tunisia. It describes data collection from 127 household surveys (BS), additional thematic surveys (TS), and collaboration with local actors.
- Data collection included a basic survey of households to understand characteristics, production systems, and vulnerabilities. Additional thematic surveys gathered seasonal data on crop systems, coping strategies, and natural resource usage.
- Previous research in the area was also leveraged to understand the history, systems, resource management, adaptation, and more. Local workshops involved actors to map resource usage. Collected data was entered into statistical software for analysis.
Geo-spatial analysis for effective technology targetingICRISAT
Mapping and monitoring of biophysical and socio economic characteristics of dryland cereals and grain legumes producing areas is key for developing effective targeting strategies, dissemination of new technologies and sustainable crop management and diversification options. This can help in the allocation of limited resources to achieve potential benefits and provide actionable information for decision makers.
The State Remote Sensing Application Centre (SRSAC) in Jodhpur, Rajasthan was established in 1979 to assist with soil and water conservation planning using aerial photography. In 1985, it was renamed and transferred to focus on the multi-disciplinary uses of remote sensing technology. SRSAC generates natural resource databases for development planning using aerial photos and satellite imagery. It interacts with user agencies to implement remote sensing projects and conducts education and training programs in remote sensing applications. SRSAC has created databases for various state departments on watersheds, forests, irrigation sites, wastelands, and more using remote sensing.
Serbia Theme 6 and 7 Agricultural practices and services: Technical Session 9ExternalEvents
The document summarizes key aspects of the 2012 Census of Agriculture in Serbia, including methodology, main results, and items on agricultural practices and services that were included. Over 630,000 agricultural holdings were surveyed about topics such as land use, machinery, crops, livestock, irrigation, tillage practices, organic farming, use of fertilizers and loans. Results showed most land was conventionally tilled and about two-thirds was treated with pesticides or fertilizers. Around 12% of holdings irrigated crops, primarily using groundwater and surface irrigation.
This document discusses India's census of agriculture and data collection on irrigation. It provides details on:
1. How India collects data on irrigation as part of its quinquennial agriculture census, including defining an operational holding, reference years, and geographical coverage.
2. The items covered in the last census relating to irrigation, including classification of holdings by irrigation status and areas irrigated by source.
3. How India's data on irrigation aligns with items for the World Programme for the Census of Agriculture 2020, covering areas like irrigated land use and irrigation methods.
4. Other sources of irrigation data in India including annual data collected by the Ministry of Agriculture and a minor irrigation census conducted every
http://www.fao.org/globalsoilpartnership/en/
This presentation was presented during the Eurasian Soil Partnership workshop that was held on 29 February - 02 March 2016 in Bishkek, Kyrgyzstan and it was made by Eka Sanadze.
THE PROBLEMS OF INCREASE OF EFFICIENT USE OF ARABLE LAND, AND THE WAYS OF IT...ExternalEvents
http://www.fao.org/globalsoilpartnership/en/
This presentation was presented during the Eurasian Soil Partnership workshop that was held on 29 February - 02 March 2016 in Bishkek, Kyrgyzstan.
Summary of CLUP Vol 2 Economic Sector Studyzemtechx
1. The document provides guidance on conducting an economic sector study for comprehensive land use planning. It involves assessing the current state and growth patterns of the local economy to strengthen economic activities sustainably.
2. Key areas of analysis include employment, production volume and value, land utilization, infrastructure, and marketing facilities. The framework analyzes the economic structure, contributions, drivers, locations, trends, strengths/weaknesses/opportunities/threats, and support for economic activities.
3. Within the economic sector, the document outlines steps for analyzing the agriculture sub-sector, including data gathering on community needs and production statistics, and assessing existing conditions, support systems, employment, and policies regarding agricultural land.
- The document outlines the methodology for analyzing the vulnerability of farming systems in Béni Khédache-Sidi Bouzid, Tunisia. It describes data collection from 127 household surveys (BS), additional thematic surveys (TS), and collaboration with local actors.
- Data collection included a basic survey of households to understand characteristics, production systems, and vulnerabilities. Additional thematic surveys gathered seasonal data on crop systems, coping strategies, and natural resource usage.
- Previous research in the area was also leveraged to understand the history, systems, resource management, adaptation, and more. Local workshops involved actors to map resource usage. Collected data was entered into statistical software for analysis.
Geo-spatial analysis for effective technology targetingICRISAT
Mapping and monitoring of biophysical and socio economic characteristics of dryland cereals and grain legumes producing areas is key for developing effective targeting strategies, dissemination of new technologies and sustainable crop management and diversification options. This can help in the allocation of limited resources to achieve potential benefits and provide actionable information for decision makers.
The State Remote Sensing Application Centre (SRSAC) in Jodhpur, Rajasthan was established in 1979 to assist with soil and water conservation planning using aerial photography. In 1985, it was renamed and transferred to focus on the multi-disciplinary uses of remote sensing technology. SRSAC generates natural resource databases for development planning using aerial photos and satellite imagery. It interacts with user agencies to implement remote sensing projects and conducts education and training programs in remote sensing applications. SRSAC has created databases for various state departments on watersheds, forests, irrigation sites, wastelands, and more using remote sensing.
Serbia Theme 6 and 7 Agricultural practices and services: Technical Session 9ExternalEvents
The document summarizes key aspects of the 2012 Census of Agriculture in Serbia, including methodology, main results, and items on agricultural practices and services that were included. Over 630,000 agricultural holdings were surveyed about topics such as land use, machinery, crops, livestock, irrigation, tillage practices, organic farming, use of fertilizers and loans. Results showed most land was conventionally tilled and about two-thirds was treated with pesticides or fertilizers. Around 12% of holdings irrigated crops, primarily using groundwater and surface irrigation.
This document discusses India's census of agriculture and data collection on irrigation. It provides details on:
1. How India collects data on irrigation as part of its quinquennial agriculture census, including defining an operational holding, reference years, and geographical coverage.
2. The items covered in the last census relating to irrigation, including classification of holdings by irrigation status and areas irrigated by source.
3. How India's data on irrigation aligns with items for the World Programme for the Census of Agriculture 2020, covering areas like irrigated land use and irrigation methods.
4. Other sources of irrigation data in India including annual data collected by the Ministry of Agriculture and a minor irrigation census conducted every
This presentation highlighted the process of developing and progress made in the development of the FR and FB DST.
The site-specific fertilizer recommendation (FR) tool is built to provide an optimized and profitable site-specific fertilizer recommendations for cassava growers. The tool considers the location, soil fertility, weather condition, available fertilizers in the area, prices for fertilizer and cassava root, planned planting and harvest dates and the investment capacity of the farmers.
The nutrient omission trials (NOT) in Nigeria and Tanzania conducted by ACAI, in collaboration with the national research and development partners, show a large variation in nutrient responses indicating the need for site-specific fertilizer recommendation. ACAI is developing a crosscutting system using machine learning techniques coupled with process based crop models, LINTUL and QUEFTS, and economic optimizer algorithms to provide the site-specific recommendations. ACAI is transforming available big data like GIS layers from SoilGrids and weather data from CHIRPS and NASA to useful information that can be used to model the relationship between apparent soil nutrient supply and soil properties. Effort has also been made to identify a generic soil fertility indicator that can be easily obtained from farmers and is useful covariate to improve the accuracy of apparent soil nutrient supply predictions.
The next steps in the FR tool development include, validating the FR tool both functionally, checking if the recommendations outperform the current practices in the field and architecturally, checking user friendliness and if the tool satisfies the needs of development partners to dissemination strategy.
Item 2. National updates on soil - KuwaitSoils FAO-GSP
The document summarizes soil management activities in Kuwait under the five pillars of the Global Soil Partnership.
Main activities under Pillar 1 include a soil survey of Kuwait from 1995-1999, a restoration of terrestrial ecosystems project from 2021-2025, and plans to map salinity in crop and vegetable farms. Under Pillar 2, the Kuwait Biochar Initiative was established in 2019 to promote recarbonization and soil health. Research activities under Pillar 3 include integrated soil fertility management trials and mapping of soil salinity. Kuwait has established a Soil Information System under Pillar 4 to provide soil data and maps. Finally, under Pillar 5 Kuwait is working to harmonize soil analysis methods
This document summarizes a study that used remote sensing and GIS techniques to determine optimal land use in Bhilwara district, Rajasthan, India. Land use/land cover maps were created from satellite imagery and overlaid with slope and geomorphology maps to develop multi-criteria decision rules for different land uses. The district was found to be suitable for intensive agriculture, rainfed agriculture, horticulture, pasture, forest plantation, recreation, and settlement in different areas based on the overlay analysis. The methodology and results can help decision makers identify optimal land uses.
This is a presentation from ACI's Cambodia Agriculture in Transition project field training. The presentation covers the approaches and methods for the field team to use while conducting farm surveys throughout Cambodia. This presentation was given by Jean Claude Randrianarisoa, one of the consultants for the project.
Agricultural Integrated Survey (AGRIS): Rationale and MethodologyFAO
The document summarizes the Agricultural Integrated Survey (AGRIS) methodology proposed by FAO to address gaps in agricultural data needed for monitoring SDG indicators. AGRIS is a 10-year modular survey that generates representative estimates at the national, province and district levels. It collects core annual data on crop and livestock production as well as rotating thematic modules on topics like the economy, labor and the environment. The methodology outlines statistical units, sample design, data collection methods, topics covered in core and rotating modules, and an AGRIS toolkit with resources for implementation.
The document describes the Farm Sustainability Tool for Nutrients (FaST) proposed in the new Common Agricultural Policy (CAP) post-2020. The FaST will provide farmers with a nutrient management plan and include relevant farm data, soil sampling information, management practices, legal requirements, and a nutrient budget. It will integrate data automatically, allow two-way communication between authorities and farmers, and support sustainability objectives through modularity. The opportunities of the Galileo and Copernicus programs are highlighted for providing personalized advice and precision agriculture services to the FaST to optimize nutrient use.
Presentation at workshop: Reducing the costs of GHG estimates in agriculture to inform low emissions development
November 10-12, 2014
Sponsored by the CGIAR Research Program on Climate Change, Agriculture and Food Security (CCAFS) and the Food and Agriculture Organization of the United Nations (FAO)
The document summarizes key aspects of irrigation data collected in Nepal's 2011 Agricultural Census. It describes the various sources of irrigation recorded, including rivers/lakes/ponds accessed via gravity or pumping, dams/reservoirs, and deep wells/tube wells. Data on irrigated area, payment for water, and use of irrigation machinery/equipment was gathered at the parcel level. However, the census did not fully cover controlled irrigation systems, specific irrigation methods (surface, sprinklers, localized), or equipped irrigation area. Challenges included sampling without considering irrigation, potentially under/overestimating district-level irrigated areas, and difficulties defining technical irrigation concepts for farmers and enumerators.
Linking Population and Housing Censuses with Agricultural CensusesFAO
This document discusses linking population and housing censuses with agricultural censuses. Coordinating the two censuses can reduce costs, improve frames for agricultural censuses, and increase overall quality. Key advantages include cost reduction through shared infrastructure, a reliable frame for agricultural censuses obtained from population census listings, and improved sampling designs for agricultural censuses using population census data. Countries can collect basic agricultural data in population censuses to identify agricultural households and obtain frames. More extensive modules can also be included.
Linking Population and Housing Censuses with Agricultural CensusesFAO
Linking population and housing censuses with agricultural censuses can provide benefits by reducing costs, improving frames, and increasing quality. The document discusses ways countries have coordinated these censuses, including using common concepts/classifications, sharing materials, and collecting agricultural data in the population census either as basic or frame items through a module. Country examples show collecting core agricultural data in the population census to provide the frame for a subsequent standalone agricultural census.
Item 2. ASP work from December 2016 to May 2018: Republic of KoreaExternalEvents
The Republic of Korea has made progress in several areas of soil management from December 2016 to May 2018:
1. They expanded the number of crop types for which they provide fertilizer recommendations, established guidelines for nutrient diagnoses of crops, and continued soil testing and data collection activities.
2. Efforts were made to increase awareness of soil functions and services through education and policy programs supporting sustainable agriculture.
3. Collaboration between universities, research institutions, and other groups led to advances in irrigation technology, nutrient management, carbon stock estimation, and use of organic resources.
Census Theme 1 – Identification and general characteristicsFAO
This document provides background information and guidelines for collecting data on several items under Theme 1 (Identification and General Characteristics) of the World Programme for the Census of Agriculture 2020. It discusses items such as the identification and location of agricultural holdings, the respondent, legal status and characteristics of the holder, main purpose and economic activities of holdings. Country experiences in collecting these data are also highlighted. The document aims to help countries design their agricultural censuses to obtain essential socioeconomic information on agricultural holdings and holders.
This document summarizes land use and soil challenges in Jordan. It outlines that over 91% of Jordan's land is rangeland, with agriculture making up just 5.7% of total land area. The document then describes different agro-zones in Jordan and issues they face like soil degradation, erosion, and salinity. It notes that the steppe and badiah areas used for rangeland also experience desertification, plant cover deterioration, and soil erosion. The document concludes by outlining some of Jordan's priorities and main obstacles to sustainable soil management, which include limited water resources, lack of integrated land and water management across sectors, and financial and skills shortages.
Smart Village planning for a selected village.
Suggesting basic infrastructures like solar plant, dam, and waste management system.
Performed Economical analysis, Financial Analysis and Environmental Impact Analysis on all three infrastructures.
Agricultural Integrated Survey (AGRIS): Rationale and MethodologyFAO
The document summarizes the Agricultural Integrated Survey (AGRIS) which is a proposed 10-year integrated farm-level survey that would generate representative estimates at the national, provincial and district levels. It aims to address gaps in agricultural and rural statistical data collection, while being affordable and sustainable for countries to implement. The methodology involves core annual modules on crop and livestock production integrated with socioeconomic data, and rotating thematic modules collected every 2-5 years on topics like the economy, labor, assets and the environment. An AGRIS toolkit provides resources for survey design, questionnaires, sampling, data collection, processing, analysis, dissemination and archiving.
Linking Population and Housing Censuses with Agricultural CensusesFAO
This document discusses linking population and housing censuses with agricultural censuses. Coordinating the two censuses can reduce costs, improve agricultural census frames, and increase overall quality. Key advantages include cost reduction through shared infrastructure, a reliable frame for the agricultural census from population census listings, optimization of agricultural census sampling, and better defining agricultural census coverage. Countries can collect basic agricultural data in the population census to identify agricultural households and measure farm size. More extensive data can be collected through an optional agriculture module. Country experiences show integrated censuses and sharing of household listings and questions between the censuses.
This document discusses tabulation, dissemination, and archiving of agricultural census data. It provides guidance on developing a tabulation plan with standard tables before designing census questionnaires. Tabulation should allow for international comparability and coherence with other data sources. Dissemination is key to meeting user needs and includes reports, databases, maps and ensuring metadata and quality of disseminated data. Archiving ensures long-term preservation and safe access to census microdata.
Main steps in developing and implementing the census of agricultureFAO
1. The document outlines the main steps in developing and implementing an agricultural census, as presented in a technical session.
2. It discusses 18 key steps, including identifying the census's role in the statistical system, determining objectives and strategy, developing methodology, creating a work plan and budget, establishing legislation, setting up a census office and staff, implementing publicity campaigns, ensuring data quality, preparing frames and maps, developing a tabulation plan, designing questionnaires, organizing fieldwork and training, conducting the census enumeration and post-enumeration survey, and processing, analyzing, and disseminating the data.
3. The 18 steps cover all phases of census preparation, fieldwork, and post-fieldwork processing and analysis.
Main steps in developing and implementing the census of agricultureFAO
The document outlines the main steps in developing and implementing an agricultural census. It discusses 18 key steps: 1) identifying the role of the census, 2) determining objectives and strategy, 3) defining methodology, 4) developing a work plan and budget, 5) preparing census legislation, 6) creating a census office and hiring staff, 7) implementing a publicity campaign, 8) designing a data quality framework, 9) preparing census frames and maps, 10) developing a tabulation plan, 11) designing and testing questionnaires, 12) designing a data processing system, 13) organizing field work and training staff, 14) conducting the census enumeration, 15) performing a post-enumeration survey, 16) processing, analyzing and archiving
The document compares the yields, water usage, and savings of various crops under surface irrigation and drip irrigation. It found that drip irrigation consistently increased yields by 30-100% while reducing water usage by 30-60% across all crops studied. Some key advantages of drip irrigation listed are increased yields and profits, water savings, fewer weeds and pests, suitability for different soil types, and ease of performing other agricultural tasks during irrigation. However, drip irrigation is not suitable for frost protection or cooling crops and cannot irrigate large areas like sprinklers.
Irrigation involves providing artificial water to crops when there is not enough rain, particularly in arid areas. It benefits crop yields and food production but can also cause issues like groundwater pollution, damper climates, and water logging. The main types of irrigation are surface irrigation methods like flood and furrow irrigation, sprinkler irrigation, and drip irrigation. Flood irrigation was likely the first method used and involves submerging fields, while furrow irrigation only wets portions of fields between furrows. Sprinkler systems apply water as a spray through pipes while drip irrigation uses a network of pipes and emitters to precisely deliver water to plant roots.
This presentation highlighted the process of developing and progress made in the development of the FR and FB DST.
The site-specific fertilizer recommendation (FR) tool is built to provide an optimized and profitable site-specific fertilizer recommendations for cassava growers. The tool considers the location, soil fertility, weather condition, available fertilizers in the area, prices for fertilizer and cassava root, planned planting and harvest dates and the investment capacity of the farmers.
The nutrient omission trials (NOT) in Nigeria and Tanzania conducted by ACAI, in collaboration with the national research and development partners, show a large variation in nutrient responses indicating the need for site-specific fertilizer recommendation. ACAI is developing a crosscutting system using machine learning techniques coupled with process based crop models, LINTUL and QUEFTS, and economic optimizer algorithms to provide the site-specific recommendations. ACAI is transforming available big data like GIS layers from SoilGrids and weather data from CHIRPS and NASA to useful information that can be used to model the relationship between apparent soil nutrient supply and soil properties. Effort has also been made to identify a generic soil fertility indicator that can be easily obtained from farmers and is useful covariate to improve the accuracy of apparent soil nutrient supply predictions.
The next steps in the FR tool development include, validating the FR tool both functionally, checking if the recommendations outperform the current practices in the field and architecturally, checking user friendliness and if the tool satisfies the needs of development partners to dissemination strategy.
Item 2. National updates on soil - KuwaitSoils FAO-GSP
The document summarizes soil management activities in Kuwait under the five pillars of the Global Soil Partnership.
Main activities under Pillar 1 include a soil survey of Kuwait from 1995-1999, a restoration of terrestrial ecosystems project from 2021-2025, and plans to map salinity in crop and vegetable farms. Under Pillar 2, the Kuwait Biochar Initiative was established in 2019 to promote recarbonization and soil health. Research activities under Pillar 3 include integrated soil fertility management trials and mapping of soil salinity. Kuwait has established a Soil Information System under Pillar 4 to provide soil data and maps. Finally, under Pillar 5 Kuwait is working to harmonize soil analysis methods
This document summarizes a study that used remote sensing and GIS techniques to determine optimal land use in Bhilwara district, Rajasthan, India. Land use/land cover maps were created from satellite imagery and overlaid with slope and geomorphology maps to develop multi-criteria decision rules for different land uses. The district was found to be suitable for intensive agriculture, rainfed agriculture, horticulture, pasture, forest plantation, recreation, and settlement in different areas based on the overlay analysis. The methodology and results can help decision makers identify optimal land uses.
This is a presentation from ACI's Cambodia Agriculture in Transition project field training. The presentation covers the approaches and methods for the field team to use while conducting farm surveys throughout Cambodia. This presentation was given by Jean Claude Randrianarisoa, one of the consultants for the project.
Agricultural Integrated Survey (AGRIS): Rationale and MethodologyFAO
The document summarizes the Agricultural Integrated Survey (AGRIS) methodology proposed by FAO to address gaps in agricultural data needed for monitoring SDG indicators. AGRIS is a 10-year modular survey that generates representative estimates at the national, province and district levels. It collects core annual data on crop and livestock production as well as rotating thematic modules on topics like the economy, labor and the environment. The methodology outlines statistical units, sample design, data collection methods, topics covered in core and rotating modules, and an AGRIS toolkit with resources for implementation.
The document describes the Farm Sustainability Tool for Nutrients (FaST) proposed in the new Common Agricultural Policy (CAP) post-2020. The FaST will provide farmers with a nutrient management plan and include relevant farm data, soil sampling information, management practices, legal requirements, and a nutrient budget. It will integrate data automatically, allow two-way communication between authorities and farmers, and support sustainability objectives through modularity. The opportunities of the Galileo and Copernicus programs are highlighted for providing personalized advice and precision agriculture services to the FaST to optimize nutrient use.
Presentation at workshop: Reducing the costs of GHG estimates in agriculture to inform low emissions development
November 10-12, 2014
Sponsored by the CGIAR Research Program on Climate Change, Agriculture and Food Security (CCAFS) and the Food and Agriculture Organization of the United Nations (FAO)
The document summarizes key aspects of irrigation data collected in Nepal's 2011 Agricultural Census. It describes the various sources of irrigation recorded, including rivers/lakes/ponds accessed via gravity or pumping, dams/reservoirs, and deep wells/tube wells. Data on irrigated area, payment for water, and use of irrigation machinery/equipment was gathered at the parcel level. However, the census did not fully cover controlled irrigation systems, specific irrigation methods (surface, sprinklers, localized), or equipped irrigation area. Challenges included sampling without considering irrigation, potentially under/overestimating district-level irrigated areas, and difficulties defining technical irrigation concepts for farmers and enumerators.
Linking Population and Housing Censuses with Agricultural CensusesFAO
This document discusses linking population and housing censuses with agricultural censuses. Coordinating the two censuses can reduce costs, improve frames for agricultural censuses, and increase overall quality. Key advantages include cost reduction through shared infrastructure, a reliable frame for agricultural censuses obtained from population census listings, and improved sampling designs for agricultural censuses using population census data. Countries can collect basic agricultural data in population censuses to identify agricultural households and obtain frames. More extensive modules can also be included.
Linking Population and Housing Censuses with Agricultural CensusesFAO
Linking population and housing censuses with agricultural censuses can provide benefits by reducing costs, improving frames, and increasing quality. The document discusses ways countries have coordinated these censuses, including using common concepts/classifications, sharing materials, and collecting agricultural data in the population census either as basic or frame items through a module. Country examples show collecting core agricultural data in the population census to provide the frame for a subsequent standalone agricultural census.
Item 2. ASP work from December 2016 to May 2018: Republic of KoreaExternalEvents
The Republic of Korea has made progress in several areas of soil management from December 2016 to May 2018:
1. They expanded the number of crop types for which they provide fertilizer recommendations, established guidelines for nutrient diagnoses of crops, and continued soil testing and data collection activities.
2. Efforts were made to increase awareness of soil functions and services through education and policy programs supporting sustainable agriculture.
3. Collaboration between universities, research institutions, and other groups led to advances in irrigation technology, nutrient management, carbon stock estimation, and use of organic resources.
Census Theme 1 – Identification and general characteristicsFAO
This document provides background information and guidelines for collecting data on several items under Theme 1 (Identification and General Characteristics) of the World Programme for the Census of Agriculture 2020. It discusses items such as the identification and location of agricultural holdings, the respondent, legal status and characteristics of the holder, main purpose and economic activities of holdings. Country experiences in collecting these data are also highlighted. The document aims to help countries design their agricultural censuses to obtain essential socioeconomic information on agricultural holdings and holders.
This document summarizes land use and soil challenges in Jordan. It outlines that over 91% of Jordan's land is rangeland, with agriculture making up just 5.7% of total land area. The document then describes different agro-zones in Jordan and issues they face like soil degradation, erosion, and salinity. It notes that the steppe and badiah areas used for rangeland also experience desertification, plant cover deterioration, and soil erosion. The document concludes by outlining some of Jordan's priorities and main obstacles to sustainable soil management, which include limited water resources, lack of integrated land and water management across sectors, and financial and skills shortages.
Smart Village planning for a selected village.
Suggesting basic infrastructures like solar plant, dam, and waste management system.
Performed Economical analysis, Financial Analysis and Environmental Impact Analysis on all three infrastructures.
Agricultural Integrated Survey (AGRIS): Rationale and MethodologyFAO
The document summarizes the Agricultural Integrated Survey (AGRIS) which is a proposed 10-year integrated farm-level survey that would generate representative estimates at the national, provincial and district levels. It aims to address gaps in agricultural and rural statistical data collection, while being affordable and sustainable for countries to implement. The methodology involves core annual modules on crop and livestock production integrated with socioeconomic data, and rotating thematic modules collected every 2-5 years on topics like the economy, labor, assets and the environment. An AGRIS toolkit provides resources for survey design, questionnaires, sampling, data collection, processing, analysis, dissemination and archiving.
Linking Population and Housing Censuses with Agricultural CensusesFAO
This document discusses linking population and housing censuses with agricultural censuses. Coordinating the two censuses can reduce costs, improve agricultural census frames, and increase overall quality. Key advantages include cost reduction through shared infrastructure, a reliable frame for the agricultural census from population census listings, optimization of agricultural census sampling, and better defining agricultural census coverage. Countries can collect basic agricultural data in the population census to identify agricultural households and measure farm size. More extensive data can be collected through an optional agriculture module. Country experiences show integrated censuses and sharing of household listings and questions between the censuses.
This document discusses tabulation, dissemination, and archiving of agricultural census data. It provides guidance on developing a tabulation plan with standard tables before designing census questionnaires. Tabulation should allow for international comparability and coherence with other data sources. Dissemination is key to meeting user needs and includes reports, databases, maps and ensuring metadata and quality of disseminated data. Archiving ensures long-term preservation and safe access to census microdata.
Main steps in developing and implementing the census of agricultureFAO
1. The document outlines the main steps in developing and implementing an agricultural census, as presented in a technical session.
2. It discusses 18 key steps, including identifying the census's role in the statistical system, determining objectives and strategy, developing methodology, creating a work plan and budget, establishing legislation, setting up a census office and staff, implementing publicity campaigns, ensuring data quality, preparing frames and maps, developing a tabulation plan, designing questionnaires, organizing fieldwork and training, conducting the census enumeration and post-enumeration survey, and processing, analyzing, and disseminating the data.
3. The 18 steps cover all phases of census preparation, fieldwork, and post-fieldwork processing and analysis.
Main steps in developing and implementing the census of agricultureFAO
The document outlines the main steps in developing and implementing an agricultural census. It discusses 18 key steps: 1) identifying the role of the census, 2) determining objectives and strategy, 3) defining methodology, 4) developing a work plan and budget, 5) preparing census legislation, 6) creating a census office and hiring staff, 7) implementing a publicity campaign, 8) designing a data quality framework, 9) preparing census frames and maps, 10) developing a tabulation plan, 11) designing and testing questionnaires, 12) designing a data processing system, 13) organizing field work and training staff, 14) conducting the census enumeration, 15) performing a post-enumeration survey, 16) processing, analyzing and archiving
The document compares the yields, water usage, and savings of various crops under surface irrigation and drip irrigation. It found that drip irrigation consistently increased yields by 30-100% while reducing water usage by 30-60% across all crops studied. Some key advantages of drip irrigation listed are increased yields and profits, water savings, fewer weeds and pests, suitability for different soil types, and ease of performing other agricultural tasks during irrigation. However, drip irrigation is not suitable for frost protection or cooling crops and cannot irrigate large areas like sprinklers.
Irrigation involves providing artificial water to crops when there is not enough rain, particularly in arid areas. It benefits crop yields and food production but can also cause issues like groundwater pollution, damper climates, and water logging. The main types of irrigation are surface irrigation methods like flood and furrow irrigation, sprinkler irrigation, and drip irrigation. Flood irrigation was likely the first method used and involves submerging fields, while furrow irrigation only wets portions of fields between furrows. Sprinkler systems apply water as a spray through pipes while drip irrigation uses a network of pipes and emitters to precisely deliver water to plant roots.
This document discusses different irrigation methods and designs for surface irrigation systems. The main irrigation methods covered are surface irrigation, sprinkler irrigation, drip/trickle irrigation, and sub-surface irrigation. Furrow irrigation and border irrigation are described as two common types of surface irrigation systems. The key design parameters for furrow irrigation systems include furrow shape and spacing, selection of initial and cut-back furrow streams, field slope, furrow length, and field widths. Design parameters for border irrigation systems include strip width and length. Evaluation procedures for furrow irrigation systems are also outlined.
check basin , furrow and border strip methodVidhi Khokhani
This document discusses three types of surface irrigation methods: border strip irrigation, check basin irrigation, and furrow irrigation. For each method, it describes what it is, when it is used, and key design aspects. Border strip irrigation uses long, graded strips separated by bunds to guide water down a field. Check basin irrigation uses rectangular plots surrounded by levees to pond water for crops that require submergence. Furrow irrigation uses small channels between ridges to irrigate row crops. The document provides details on layout, sizing, construction, and maintenance considerations for each method.
Drip irrigation is a watering technique that applies water slowly to the soil near plant roots through emitters or drippers. It allows for targeted watering with high efficiency of 90-95% by avoiding runoff and wetting of non-targeted areas. Drip irrigation was developed in the 1960s in Israel, Australia, and North America and is now commonly used worldwide in agriculture, nurseries, greenhouses, and landscaping. It provides benefits like increased yields and quality while decreasing water, labor, energy, fertilizer, and pesticide costs through its precise application of water and other inputs.
This presentation discusses drip irrigation, including what it is, why it should be used, its components and typical layout. Drip irrigation saves water and fertilizer by slowly dripping it to plant roots through a network of pipes, tubing and emitters. It has advantages like less water use, optimized water levels and reduced disease, though it has high initial costs and maintenance challenges. In conclusion, drip irrigation conserves water by reducing evaporation and drainage compared to other methods, while precisely applying water to plant roots.
BARRIERS PREVENTING SUSTAINABLE SOIL MANAGEMENT (SSM) APPLICATION AND RECOMME...ExternalEvents
http://www.fao.org/globalsoilpartnership/en/
This presentation was presented during the Eurasian Soil Partnership workshop that was held on 29 February - 02 March 2016 in Bishkek, Kyrgyzstan.
Evaluation of the barriers and shortcomings that hinder the SMS practices in...ExternalEvents
http://www.fao.org/globalsoilpartnership/en/
This presentation was presented during the Eurasian Soil Partnership workshop that was held on 29 February - 02 March 2016 in Bishkek, Kyrgyzstan.
Remote sensing has enabled mapping, monitoring and management of various resources like agriculture, forestry, water, and oceans over the last four decades. It has contributed significantly to development in India through applications like groundwater mapping, wasteland monitoring, flood mapping, agriculture monitoring, fisheries forecasting, snow and glacier studies, and forestry assessments. Current and future uses include urban planning through databases and indicators, and watershed development through projects like Sujala in Karnataka. Advances in remote sensing will continue to improve emergency response, mapping, and geospatial information.
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SOIL ATLAS OF ASIA
2ND EDITORIAL BOARD MEETING
RURAL DEVELOPMENT ADMINISTRATION, NATIONAL INSTITUTE OF AGRICULTURAL SCIENCES,
JEONJU, REPUBLIC OF KOREA | 29 APRIL – 3 MAY 2019
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SOIL ATLAS OF ASIA
2ND EDITORIAL BOARD MEETING
RURAL DEVELOPMENT ADMINISTRATION, NATIONAL INSTITUTE OF AGRICULTURAL SCIENCES,
JEONJU, REPUBLIC OF KOREA | 29 APRIL – 3 MAY 2019
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SOIL ATLAS OF ASIA
2ND EDITORIAL BOARD MEETING
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Sustainable soil management in Azerbaijan
1. MINISTRY OF AGRICULTURE OF AZERBAIJAN REPUBLIC
“Sustainable soil management in Azerbaijan”
Bishkek 2016 года
Seymur Safarli
seymur.safarli@agro.gov.az
2. SHORT INFORMATION ABOUT THE COUNTRY
All categories Agriculture
Including
State Fund Municipality Private
The total territory, thous. ha 8 660,0
Population, mln. 9,6
Agricultural land, thous. ha 4757,2 4566,4 1774,5 1122,6 1669,3
Including:
Arable land 1887,9 1811,8 306,4 101,5 1403,9
Hayfields and pastures 2606.7 108,4 21,7 3,3 83,4
Permanent crops 233,8 210,7 51,1 5,4 154,2
İrrigated, thous. ha 1400
Forests 1039,2
Others 2892,44
Water resources, billion m3 25
29.02.2016 2
3. THE MAIN PROBLEMS AND CURRENT STATUS OF THE SOIL
• The territory of Republic is composed of mountainous and foothill regions (60%) and lowland areas
(40%). 85% produced in the country of agricultural products obtained mainly from irrigated land (1.4 million
hectares). It should be noted that the loss of rainfall in the country is very uneven, in some regions,
insufficient to meet the needs of crops during their growing season, there is an acute shortage of water.
• Soil salinization adversely affects the yield of agricultural crops cultivated in these lands. Approximately
47.6% of irrigated lands are affected by salinity.
• According to the spread and the rate of erosion and soil loss, our country is one of the most eroded among
the former soviet republic. Development of erosion is going on here on the one hand under the influence of
natural factors on the other hand - due to irrational use of sloping lands, and uneven water distribution in the
plain areas. In the period 1970-2014 area prone to soil erosion has increased by 6.9%. Of these, 1336.7 thous.
ha (36%) are strongly eroded, 882.6 thous. ha (23%) Average eroded and 1524.2 thous. ha (41%) slightly
eroded.
• In the context of strongly transected terrain slopes plowing without soil protection measures create
conditions for the emergence and intensive course of erosion, resulting in deteriorating soil fertility, reduced
yield and quality parameters of agricultural production and livestock productivity.
29.02.2016 3
4. Requirements:
•High-quality digital soil maps (there is a lack of high-quality digital soil maps, problems with
inaccurate data in the registration of agricultural land);
•Re-registration of agricultural land, update inventory data and clarify the rights of the
landowners;
•Identification of areas with varying degrees of threat from erosion and salinization to rationalize
agricultural production, as well as preventive measures;
•Identification and assessment of risks;
•Spatial planning placement of the main forms of land use in accordance with the natural
conditions;
•Collection of information, expanding the database and automation of access to resources, as
well as the development of electronic services for the dissemination of information.
29.02.2016 4
ANALYSIS OF THE NEEDS OF THE CURRENT SITUATION
5. Mountain and foothill areas of the Greater Caucasus, attributable to the share of Azerbaijan carried out
the digitization of soil maps
5
MAPPING, REGISTRATION AND ACCOUNTING OF THE SOIL WITH
THE USE OF GIS TECHNOLOGY
Soil type
topography
surface sediments
Salinity
The predominant land use
Topographic map
Digital terrain model
Map of soil cover
Each region has a certain composition data
region
Quba
6. MAPPING, REGISTRATION AND ACCOUNTING OF THE SOIL WITH
THE USE OF GIS TECHNOLOGY
• Will create a database and collected the information it had been used for various spatial
analyzes for individual parameters of the terrain, the structure of soil and evaluation of soil
resistance to washout.
• These indicators are used to making maps with help GIS-technology from the threat of
erosion and spatial characteristics of herbaceous formations and arable land in the study
area.
• A systematic vectorization soil maps as a basic raw material for the evaluation and
modeling of erosion.
29.02.2016 6
Map threat of potential surface water erosion
7. Azerbaijan formed a unified electronic system, allowing to carry out
full monitoring and analysis of the efficiency of agriculture in the
country. The system will combine subsystems used in the registration of
agricultural producers (farmers), identification of land designated for the
conduct of agricultural operations, registration and identification of
animals, their health and productivity. It will also include the
management and filing of applications for financing agricultural
projects, farmers' credit system, as well as leasing operations and
registration of agricultural machinery.
IDENTIFICATION OF LAND DESIGNATED FOR THE CONDUCT OF
AGRICULTURAL OPERATIONS
8. IMPLEMENTATION OF RESOURCE-SAVING AND SOIL-
PROTECTION TECHNOLOGY
• The market conditions for maximum yield is essential respect for the water and
soil resources, and the introduction of new progressive technologies of cultivation of
agricultural crops.
• Currently, the agricultural production in the Republic of Azerbaijan as a priority
put forward the introduction of resource-saving, environmentally sound technologies
of cultivation of agricultural crops. These are the minimum technology and so-called
zero tillage and innovative ways of sowing crops. The use of these technologies in
the cultivation of crops makes it possible to significantly reduce energy consumption
per unit of production.
• Azerbaijan has successfully conducted research on the implementation technology
of zero and minimum tillage
29.02.2016 8
9. Impact of zero tillage on the productivity of crop rotation (subsequent) in Azerbaijan (2011)
Crops
Урожайность, т/га
Additional harvest, %
Winter wheat Maize
Winter wheat+
maize
Winter wheat, control 5.37 - 5.37 -
Winter wheat+ maize 5.37 4.90 10.27 91.25
IMPLEMENTATION OF RESOURCE-SAVING AND SOIL-
PROTECTION TECHNOLOGY
9
11. IMPLEMENTATION OF RESOURCE-SAVING AND
SOIL-PROTECTION TECHNOLOGY
• After completion of the project CA, given the positive results and
recommendations of this project, the government began to
encourage farmers reseeding implementing this technology in the
form of subsidies to AZN 50 per ha.
• In order to disseminate this technology was bought 12 units stubble
seeder technology in the country by the Ministry of Agriculture for
planting crops (No-Till technology) and now the farmers will be
able to rent or buy in leasing for personal use.
29.02.2016 11
12. IMPROVING THE EFFICIENCY OF USE OF
AGRICULTURAL LAND
•In recent years, held in order to improve the efficiency of
use of agricultural land targeted measures to create new
reservoirs and ponds, as well as the strengthening of
irrigation systems. In this regard, the country implemented a
number of major projects and the infrastructure equipped
with modern technological equipment. Ongoing measures
necessitate the use of advanced technologies in irrigation and
the further expansion of large-scale irrigation systems,
increase the interest of entrepreneurs in this area, and
investments.
29.02.2016 12
13. • JSC "Agroleasing" to provide 40 percent discount on the acquisition in leasing
of irrigation systems and equipment.
• Starting from April 2016 to 2019, the government plans to upgrade all of the
cadastral information on agricultural land for the whole country.
• This year with the help of FAO Ministry of Agriculture starts the project "Land
Consolidation" in order to analyze the current state of preparation of the national
land consolidation strategy, as well as improving the institutional capacity.
29.02.2016 13
IMPROVING THE EFFICIENCY OF USE OF
AGRICULTURAL LAND
14. The main limitation for the use of sustainable management of soil
resources
• On small farms with 1-2 ha of land, the introduction of new advanced irrigation systems (drip and
sprinkler irrigation) and alternative technologies become ineffective with agronomic and economic point of
view.
• Lack of knowledge and skills for the development of new technologies (because of the limitations
mentioned above, local residents suffer from a lack of information about new technologies to apply to their
activities);
• The weak link between science, education and implementation;
• Despite good networking advisory centers in the regions (7 Regional Agricultural Information,
consultation centers) a low level of human resource capacity hinder the expansion of advisory services for the
application of SIRM.
• In recent years, the government has stepped up efforts to land consolidation, but, unfortunately, did not
have any significant success. Law on Cooperatives is ready, but not yet approved by the government.
29.02.2016 14
15. The main strategic directions and priorities in the country
I. Efficient use of natural resources:
Research in improving soil fertility, the development of measures to combat erosion and salinity, as well
as the effective management of groundwater;
Efficient use of water and land resources in a changing climate;
Strengthening institutional capacity for water resource management, and modernization of irrigation
systems management (support for water management associations, public and private services, technical
and administrative modernization);
Improved agricultural technologies, the introduction of innovative, resource-saving and environmental
technologies in practice;
Land consolidation;
Recovery and increase the efficiency of the use of pastures.
29.02.2016 15
16. The main strategic directions and priorities in the country
II. Strengthening national programs
Organization of research and effectiveness of implementation;
Increasing the level of knowledge of experts in various fields of science;
Strengthening the links between science, education and implementation;
Creating a network of information and implementation, database management.
The need to improve access to and use of appropriate technologies in rural
areas
29.02.2016 16