This document provides a summary of a project to establish a mixed farm in Zambia to promote food security and rural livelihoods. The project secured 10 hectares of land and developed 4 hectares for cultivation of crops like chili, maize, and other vegetables. Infrastructure like trenches, irrigation systems, and storage facilities were installed. Crops were planted and the farmers received training. Some challenges included delays, lack of equipment, and security issues. The project helped farmers grow crops for local and regional markets.
Lawrence Kiguro: Climate change response initiatives by World Vision Kenya #B...World Agroforestry (ICRAF)
World Vision Kenya is implementing various climate change response initiatives to promote sustainable food security. These include on-farm rainwater harvesting techniques like subsoiling and zay pits, drought-tolerant crops, organic farming, agroforestry, improved goat and poultry rearing, beekeeping, small-scale irrigation, and greenhouse farming. Challenges include the labor intensiveness of some techniques, changing attitudes, sustainability issues, and short-term funding.
This document summarizes Rodney Thompson's presentation on "The Fertigation Bible". The Fertigation Bible is a comprehensive 814-page document that describes 124 fertigation technologies. It was created by 54 contributors from institutions involved in the FERTINNOWA project, with the goal of providing practical fertigation information to European horticultural stakeholders. The document is organized into chapters covering various aspects of fertigation systems and management. Each technology is described in a standard format covering its purpose, use, operation, costs and other details. The creation of The Fertigation Bible combined two tasks in the FERTINNOWA project and involved contributions from all project members to develop the technical descriptions of technologies.
This document summarizes fertigation management practices in Almeria, Spain. There are two major types of fertigation systems: simple manual fertigation tanks and multiple computer-controlled tanks. Traditional management is based on fixed schedules and standard recipes, though adjustments are made. Nutrients are applied by rate or concentration. Transition to more sustainable practices includes tools for calculating crop water and nitrogen needs, soil moisture sensors for irrigation, and on-farm nitrogen monitoring to improve fertilizer management. Showcase trials demonstrate combining improved irrigation and nitrogen practices can reduce inputs while maintaining production.
Workshop on Alignment & implementation of National Action programmes with the UNCCD 10-year Strategy in the Arab Region
League of Arab States (18- 20 June 2014), Dubai - UAEMr Egypt, Mohamed Eisa Ibrahim SHALABY
The document summarizes a global review of integrated landscape management (ILM) initiatives. It discusses the goal of bolstering evidence about ILM approaches to support practitioners, policymakers, and advocates in developing and scaling up effective practices. It outlines a structure for knowledge products addressing key questions related to ILM's global potential, implementation, markets, policies, investments, and future research agenda. Continental reviews are being conducted to characterize ILM initiatives worldwide and identify lessons learned regarding effective adoption of ILM.
This document provides guidance on establishing and operating a dedicated biomass plantation for energy production. It discusses various considerations for each step of the process, from crop and site selection to soil preparation, planting, crop care, harvest, and storage. Key steps include properly removing trees and leveling land during soil preparation, selecting appropriate seedstock, and careful planting and crop care to ensure optimal growth and productivity over the life of the project. Proper planning and attention to details at each phase are emphasized to achieve successful establishment and operation of the biomass plantation.
The former quarries Rohrbach, Leimen and “farmers quarry” are very rich in species; however they are isolated from each other despite their spatial proximity. The quarries should be integrated with one another and integration should also take place in the surrounding landscape.
The NGO Heidelberger Biotopschutz e. V. (HBS) has been looking after nature conservation areas and spawning waters within the forest and in the open land districts all around the quarries for many years, and also the nature reserve at the Rohrbach quarry since the year 2000. It hence virtually suggested itself to network all the nature conservation areas, and also include the nature reserve at the Leimen quarry.
Lawrence Kiguro: Climate change response initiatives by World Vision Kenya #B...World Agroforestry (ICRAF)
World Vision Kenya is implementing various climate change response initiatives to promote sustainable food security. These include on-farm rainwater harvesting techniques like subsoiling and zay pits, drought-tolerant crops, organic farming, agroforestry, improved goat and poultry rearing, beekeeping, small-scale irrigation, and greenhouse farming. Challenges include the labor intensiveness of some techniques, changing attitudes, sustainability issues, and short-term funding.
This document summarizes Rodney Thompson's presentation on "The Fertigation Bible". The Fertigation Bible is a comprehensive 814-page document that describes 124 fertigation technologies. It was created by 54 contributors from institutions involved in the FERTINNOWA project, with the goal of providing practical fertigation information to European horticultural stakeholders. The document is organized into chapters covering various aspects of fertigation systems and management. Each technology is described in a standard format covering its purpose, use, operation, costs and other details. The creation of The Fertigation Bible combined two tasks in the FERTINNOWA project and involved contributions from all project members to develop the technical descriptions of technologies.
This document summarizes fertigation management practices in Almeria, Spain. There are two major types of fertigation systems: simple manual fertigation tanks and multiple computer-controlled tanks. Traditional management is based on fixed schedules and standard recipes, though adjustments are made. Nutrients are applied by rate or concentration. Transition to more sustainable practices includes tools for calculating crop water and nitrogen needs, soil moisture sensors for irrigation, and on-farm nitrogen monitoring to improve fertilizer management. Showcase trials demonstrate combining improved irrigation and nitrogen practices can reduce inputs while maintaining production.
Workshop on Alignment & implementation of National Action programmes with the UNCCD 10-year Strategy in the Arab Region
League of Arab States (18- 20 June 2014), Dubai - UAEMr Egypt, Mohamed Eisa Ibrahim SHALABY
The document summarizes a global review of integrated landscape management (ILM) initiatives. It discusses the goal of bolstering evidence about ILM approaches to support practitioners, policymakers, and advocates in developing and scaling up effective practices. It outlines a structure for knowledge products addressing key questions related to ILM's global potential, implementation, markets, policies, investments, and future research agenda. Continental reviews are being conducted to characterize ILM initiatives worldwide and identify lessons learned regarding effective adoption of ILM.
This document provides guidance on establishing and operating a dedicated biomass plantation for energy production. It discusses various considerations for each step of the process, from crop and site selection to soil preparation, planting, crop care, harvest, and storage. Key steps include properly removing trees and leveling land during soil preparation, selecting appropriate seedstock, and careful planting and crop care to ensure optimal growth and productivity over the life of the project. Proper planning and attention to details at each phase are emphasized to achieve successful establishment and operation of the biomass plantation.
The former quarries Rohrbach, Leimen and “farmers quarry” are very rich in species; however they are isolated from each other despite their spatial proximity. The quarries should be integrated with one another and integration should also take place in the surrounding landscape.
The NGO Heidelberger Biotopschutz e. V. (HBS) has been looking after nature conservation areas and spawning waters within the forest and in the open land districts all around the quarries for many years, and also the nature reserve at the Rohrbach quarry since the year 2000. It hence virtually suggested itself to network all the nature conservation areas, and also include the nature reserve at the Leimen quarry.
This document summarizes a report on a biotechnological intervention project in the barren lands of Gopiballavpur I Block of Paschim Medinipur, India. The project aims to make 25 acres of fallow land fertile and productive within 10 months through biotechnological methods, in order to generate sustainable livelihoods for local tribal people. Key aspects of the project include adding humus to the soil, building irrigation infrastructure, introducing lac farming, generating employment, and creating skilled human resources. Initial soil analyses found the land was too acidic and nutrient-deficient for regular crop yields. However, after 10 months of biofertilizer use, the land was productive, yielding crops and remaining fertile through
The Cranberry Township Public Works Grounds Maintenance Division outlined a detailed parks maintenance plan involving over 300 acres of park land. The plan divides turfgrass maintenance into 4 levels, with level 1 being the lowest maintenance and level 4 the highest. It describes maintaining 170 acres of turfgrass, including 40 acres of athletic fields. For each level of turfgrass maintenance, the plan outlines mowing, seeding, cultivation, fertilization, irrigation, herbicide and pesticide use, and other cultural practices tailored to the maintenance needs of different park areas.
This document discusses the relocation of community gardens in Red Deer, Alberta from a single 9-acre plot to multiple new locations. It outlines challenges in site selection including funding, soil quality, access to utilities, and zoning. The new garden locations established in 2009 are then described, including the number of plots at each. Guidelines for plot maintenance and expectations of gardeners are also provided. The document concludes by discussing opportunities to expand the gardens and increase community involvement.
The document summarizes the participatory irrigation management of the Waghod Irrigation Project in Maharashtra, India. It describes how forming water user associations improved water distribution and agricultural productivity. Water entitlements were established, water use became more efficient, and crop yields and farmer incomes increased. Community management of irrigation infrastructure through local water user associations enhanced water security, equitable access, and the sustainable management of water resources for the region.
WATER MANAGEMENT INSTITUES AND PROGRAMMES IN INDIA, NATIONAL WATER POLICY Udaybhaskar Mogallapu
This document discusses several water management institutions and programs in India. It describes the Command Area Development and Water Management (CADWM) Programme, which aims to enhance irrigation potential and agricultural productivity through coordinated efforts. It also outlines several other organizations involved in water management, including the Central Groundwater Board, Central Soil and Materials Research Station, Central Water Commission, National Institute of Hydrology, National Projects Construction Corporation, National Water Development Agency, and Water Quality Assessment Authority. The Command Area Development Authority (CADA) aims to bridge the gap between irrigation potential created and utilized through various activities.
The Kagera Transboundary Agro-ecosystem Management Programme aims to adopt an integrated ecosystem approach for sustainable land management in the Kagera River Basin shared by 4 countries. The project will restore degraded land, improve productivity, promote carbon sequestration, conserve agrobiodiversity, enhance food security and livelihoods, and protect transboundary waters. It will implement improved land practices on 100,000 hectares benefiting over 120,000 people and build capacity on sustainable land management.
Progress and Achievements of the Kagera River Basin Transboundary Agroecosyst...FAO
http://www-test.fao.org/kagera
This presentation gives the progress and achievements of the Kagera TAMP project for its first three years of implementation.
Irrigation is the artificial application of water to land to assist in growing crops. The key aspects of irrigation management include regulating water resources efficiently based on soil properties, crop water needs, climate, and ensuring equitable distribution. Proper irrigation management is important for maximizing agricultural output, conserving water resources, and protecting the environment. India's irrigation development has increased the gross irrigated area from 22.5 million hectares in the 1950s to over 75 million hectares currently through successive five-year plans.
Integrated watershed management programme at gunjala village – a case studyeSAT Journals
Abstract Integrated watershed management programme was launched in Tamsi mandal of gunjala village by using ‘Four water Concept’. Case study included Questionnaire survey from farmers living in that village, and continuous study over a period of two years. Tamsi village is a tribal village and drought area with very less rainfall. Total project area is 4566 Hac, Project Cost Rs. 547.92 Lakhs. The sanctioned area of Gunjala micro watershed is 710 Hac with a outlay of Rs. 85.20 Lakhs. Out of which the total expenditure incurred was Rs.39.12 Lakhs and constructed structures were LBS, RFDs, PTs, CDs and Plantation. Over two year period, it was observed that, 2 years of period the ground water has been improved in this village and three Bore wells are drilled and they are successful, even during peak summer they could meet their day today activities. The farmer Jadhav Uttam has an additional income of Rs. 17600 per Acre in cotton and Rs. 6300 per Acre in Red Gram. The farmer Gnan Singh had an additional income of Rs. 17600 per Acre in cotton and Rs. 5,250 per Acre in Red Gram. The farmer Amber Singh had an additional income of Rs. 13200 per Acre in cotton and Rs. 3,500 per Acre in Red Gram. In the same way, others farmers were also able to generate the benefits from the construction of water storage structures. Total Additional income generated for Seven farmers was Rs. 6, 31000/- in 2011-2012 Cropping Season with construction of Check Dams of Rs.3,24000/- an additional average income per Acre to the farmer is of Rs. 22,500/- and a series of 8 Nos. check dams are constructed on single 3rd order stream which flows Across the 6 Grama Panchayats from ridge to valley. There are 90 farmers cultivating 168 Acre of land who are benefited by getting an additional income of Rs.37,80,000/-. Keywords: Four water Concept, micro watershed, LBS, RFDs, PTs, CDs and Plantation
This document summarizes research on roller/crimper designs for managing cover crops on different farm scales using conservation practices. It describes testing of various roller designs that effectively terminate cover crops while minimizing vibration. Supplemental herbicide application can accelerate termination compared to rollers alone. Roller/crimper designs were also developed for walk-behind tractors and transplanting crops into heavy cover crop residue. Research demonstrated ways to combine operations like subsoiling and transplanting for no-till systems using residue managers. The document provides information on cover crop benefits and outlines experiments evaluating techniques to terminate cover crops for conservation agriculture.
This project worked with small farmers in Florida to reduce water quality degradation from farm runoff. The project exposed farmers to techniques like efficient compost/manure use, improved irrigation, and solar power systems. Soil and water tests showed that at one site, practices increased organic matter and adjusted nutrient levels, while a flooded site had increased hardness, calcium, and sodium. The project provided training, demonstrations, and consultations to farmers, with most upgrading irrigation systems and some adopting conservation practices. Ongoing challenges include excessive manure use and high solar costs.
This document outlines steps to develop a local food system in Northampton, MA. It begins by [1] assessing available land and soil types. Then it [2] proposes cultivation strategies for agricultural, rural, suburban, and urban districts. Finally, it [3] discusses assembling the whole system by addressing processing, distribution, waste management and education. The goal is a coordinated local food system that stimulates the economy, reduces environmental impacts, and enhances community food security.
Wind Farm Forum 2015: Ecological Risk Mitigation for the Australian Wind Indu...Aaron Organ
This document summarizes a presentation on ecological risk mitigation lessons learned from Australia's wind industry over the past 10 years. It discusses relevant legislation and policies, and provides three case studies: 1) Brolga breeding surveys where collaborative surveys provided robust data to inform guidelines, 2) The importance of fully assessing project footprints and buffers to avoid additional costs from further assessments or inability to modify designs, and 3) Ensuring approval conditions are informed by comprehensive ecological surveys and stakeholder engagement to reduce project risks and costs. The key lessons are to identify risks upfront through accurate assessments, allow flexibility, collaborate, communicate well, and ensure certainty to minimize costs and delays.
The document discusses strategies for soil conservation during construction projects. It describes how topsoil can be affected by excavation, deforestation, erosion, and paving during construction. Solutions discussed include retaining vegetation cover, properly storing and replacing topsoil, using sediment control measures like silt fencing and basins, contouring land, and afforestation. Stormwater management strategies are also important to prevent soil runoff and erosion. Two case studies of buildings that implemented soil conservation strategies are briefly described.
Presentation about the draft Adaptation Resource for Agriculture that have been developed by the USDA Regional Climate Hubs: Midwest, Northeast, and Northern Forests.
Presentation on sustainable green rural areas proposed for saloh, distt.una, ...Anirudh Jaswal
We hear a lot about green sustainable buildings in urban areas.... but ever thought of the same for rural areas? As the villages of our country turn into concrete jungles here is an attempt to create a model that brings a sustainable development to these area.
Small-scale irrigation techniques can effectively improve food security for vulnerable farmers in Africa by reducing reliance on rainfall. These techniques include motorized pumps, treadle pumps, and drip irrigation, with appropriate options chosen based on water access and community needs. For successful projects, participatory planning is needed along with training, maintenance support, and community management of shared irrigation resources.
Sudan workshop | Morocco Country Presentation (Part 2)ÖMER KILIÇ
The Public Private Partnership: An innovative solution for the development of irrigation infrastructure projects.
Case of Guerdane Project:
A project for the preservation of the Agriculture and Environment
This document summarizes a report on a biotechnological intervention project in the barren lands of Gopiballavpur I Block of Paschim Medinipur, India. The project aims to make 25 acres of fallow land fertile and productive within 10 months through biotechnological methods, in order to generate sustainable livelihoods for local tribal people. Key aspects of the project include adding humus to the soil, building irrigation infrastructure, introducing lac farming, generating employment, and creating skilled human resources. Initial soil analyses found the land was too acidic and nutrient-deficient for regular crop yields. However, after 10 months of biofertilizer use, the land was productive, yielding crops and remaining fertile through
The Cranberry Township Public Works Grounds Maintenance Division outlined a detailed parks maintenance plan involving over 300 acres of park land. The plan divides turfgrass maintenance into 4 levels, with level 1 being the lowest maintenance and level 4 the highest. It describes maintaining 170 acres of turfgrass, including 40 acres of athletic fields. For each level of turfgrass maintenance, the plan outlines mowing, seeding, cultivation, fertilization, irrigation, herbicide and pesticide use, and other cultural practices tailored to the maintenance needs of different park areas.
This document discusses the relocation of community gardens in Red Deer, Alberta from a single 9-acre plot to multiple new locations. It outlines challenges in site selection including funding, soil quality, access to utilities, and zoning. The new garden locations established in 2009 are then described, including the number of plots at each. Guidelines for plot maintenance and expectations of gardeners are also provided. The document concludes by discussing opportunities to expand the gardens and increase community involvement.
The document summarizes the participatory irrigation management of the Waghod Irrigation Project in Maharashtra, India. It describes how forming water user associations improved water distribution and agricultural productivity. Water entitlements were established, water use became more efficient, and crop yields and farmer incomes increased. Community management of irrigation infrastructure through local water user associations enhanced water security, equitable access, and the sustainable management of water resources for the region.
WATER MANAGEMENT INSTITUES AND PROGRAMMES IN INDIA, NATIONAL WATER POLICY Udaybhaskar Mogallapu
This document discusses several water management institutions and programs in India. It describes the Command Area Development and Water Management (CADWM) Programme, which aims to enhance irrigation potential and agricultural productivity through coordinated efforts. It also outlines several other organizations involved in water management, including the Central Groundwater Board, Central Soil and Materials Research Station, Central Water Commission, National Institute of Hydrology, National Projects Construction Corporation, National Water Development Agency, and Water Quality Assessment Authority. The Command Area Development Authority (CADA) aims to bridge the gap between irrigation potential created and utilized through various activities.
The Kagera Transboundary Agro-ecosystem Management Programme aims to adopt an integrated ecosystem approach for sustainable land management in the Kagera River Basin shared by 4 countries. The project will restore degraded land, improve productivity, promote carbon sequestration, conserve agrobiodiversity, enhance food security and livelihoods, and protect transboundary waters. It will implement improved land practices on 100,000 hectares benefiting over 120,000 people and build capacity on sustainable land management.
Progress and Achievements of the Kagera River Basin Transboundary Agroecosyst...FAO
http://www-test.fao.org/kagera
This presentation gives the progress and achievements of the Kagera TAMP project for its first three years of implementation.
Irrigation is the artificial application of water to land to assist in growing crops. The key aspects of irrigation management include regulating water resources efficiently based on soil properties, crop water needs, climate, and ensuring equitable distribution. Proper irrigation management is important for maximizing agricultural output, conserving water resources, and protecting the environment. India's irrigation development has increased the gross irrigated area from 22.5 million hectares in the 1950s to over 75 million hectares currently through successive five-year plans.
Integrated watershed management programme at gunjala village – a case studyeSAT Journals
Abstract Integrated watershed management programme was launched in Tamsi mandal of gunjala village by using ‘Four water Concept’. Case study included Questionnaire survey from farmers living in that village, and continuous study over a period of two years. Tamsi village is a tribal village and drought area with very less rainfall. Total project area is 4566 Hac, Project Cost Rs. 547.92 Lakhs. The sanctioned area of Gunjala micro watershed is 710 Hac with a outlay of Rs. 85.20 Lakhs. Out of which the total expenditure incurred was Rs.39.12 Lakhs and constructed structures were LBS, RFDs, PTs, CDs and Plantation. Over two year period, it was observed that, 2 years of period the ground water has been improved in this village and three Bore wells are drilled and they are successful, even during peak summer they could meet their day today activities. The farmer Jadhav Uttam has an additional income of Rs. 17600 per Acre in cotton and Rs. 6300 per Acre in Red Gram. The farmer Gnan Singh had an additional income of Rs. 17600 per Acre in cotton and Rs. 5,250 per Acre in Red Gram. The farmer Amber Singh had an additional income of Rs. 13200 per Acre in cotton and Rs. 3,500 per Acre in Red Gram. In the same way, others farmers were also able to generate the benefits from the construction of water storage structures. Total Additional income generated for Seven farmers was Rs. 6, 31000/- in 2011-2012 Cropping Season with construction of Check Dams of Rs.3,24000/- an additional average income per Acre to the farmer is of Rs. 22,500/- and a series of 8 Nos. check dams are constructed on single 3rd order stream which flows Across the 6 Grama Panchayats from ridge to valley. There are 90 farmers cultivating 168 Acre of land who are benefited by getting an additional income of Rs.37,80,000/-. Keywords: Four water Concept, micro watershed, LBS, RFDs, PTs, CDs and Plantation
This document summarizes research on roller/crimper designs for managing cover crops on different farm scales using conservation practices. It describes testing of various roller designs that effectively terminate cover crops while minimizing vibration. Supplemental herbicide application can accelerate termination compared to rollers alone. Roller/crimper designs were also developed for walk-behind tractors and transplanting crops into heavy cover crop residue. Research demonstrated ways to combine operations like subsoiling and transplanting for no-till systems using residue managers. The document provides information on cover crop benefits and outlines experiments evaluating techniques to terminate cover crops for conservation agriculture.
This project worked with small farmers in Florida to reduce water quality degradation from farm runoff. The project exposed farmers to techniques like efficient compost/manure use, improved irrigation, and solar power systems. Soil and water tests showed that at one site, practices increased organic matter and adjusted nutrient levels, while a flooded site had increased hardness, calcium, and sodium. The project provided training, demonstrations, and consultations to farmers, with most upgrading irrigation systems and some adopting conservation practices. Ongoing challenges include excessive manure use and high solar costs.
This document outlines steps to develop a local food system in Northampton, MA. It begins by [1] assessing available land and soil types. Then it [2] proposes cultivation strategies for agricultural, rural, suburban, and urban districts. Finally, it [3] discusses assembling the whole system by addressing processing, distribution, waste management and education. The goal is a coordinated local food system that stimulates the economy, reduces environmental impacts, and enhances community food security.
Wind Farm Forum 2015: Ecological Risk Mitigation for the Australian Wind Indu...Aaron Organ
This document summarizes a presentation on ecological risk mitigation lessons learned from Australia's wind industry over the past 10 years. It discusses relevant legislation and policies, and provides three case studies: 1) Brolga breeding surveys where collaborative surveys provided robust data to inform guidelines, 2) The importance of fully assessing project footprints and buffers to avoid additional costs from further assessments or inability to modify designs, and 3) Ensuring approval conditions are informed by comprehensive ecological surveys and stakeholder engagement to reduce project risks and costs. The key lessons are to identify risks upfront through accurate assessments, allow flexibility, collaborate, communicate well, and ensure certainty to minimize costs and delays.
The document discusses strategies for soil conservation during construction projects. It describes how topsoil can be affected by excavation, deforestation, erosion, and paving during construction. Solutions discussed include retaining vegetation cover, properly storing and replacing topsoil, using sediment control measures like silt fencing and basins, contouring land, and afforestation. Stormwater management strategies are also important to prevent soil runoff and erosion. Two case studies of buildings that implemented soil conservation strategies are briefly described.
Presentation about the draft Adaptation Resource for Agriculture that have been developed by the USDA Regional Climate Hubs: Midwest, Northeast, and Northern Forests.
Presentation on sustainable green rural areas proposed for saloh, distt.una, ...Anirudh Jaswal
We hear a lot about green sustainable buildings in urban areas.... but ever thought of the same for rural areas? As the villages of our country turn into concrete jungles here is an attempt to create a model that brings a sustainable development to these area.
Small-scale irrigation techniques can effectively improve food security for vulnerable farmers in Africa by reducing reliance on rainfall. These techniques include motorized pumps, treadle pumps, and drip irrigation, with appropriate options chosen based on water access and community needs. For successful projects, participatory planning is needed along with training, maintenance support, and community management of shared irrigation resources.
Sudan workshop | Morocco Country Presentation (Part 2)ÖMER KILIÇ
The Public Private Partnership: An innovative solution for the development of irrigation infrastructure projects.
Case of Guerdane Project:
A project for the preservation of the Agriculture and Environment
1) In 2013, projects in Cambodia focused on fertilizer trials for rice, evaluating water storage systems for vegetables and rice, and testing vulnerability assessment tools.
2) Activities in 2014 included analyzing the context of rice, vegetables and cassava, following up on wind pumps from 2013, assessing cassava vulnerability, and conducting second fertilizer trials.
3) The document outlines accomplishments like determining optimal fertilizer rates from trials, increased vegetable profits from water storage, and reduced diesel costs from wind pumps, but also challenges like relying on external repair of wind pumps. It proposes strengthening community management of wind pumps and developing crop plans.
Water saving presentation land and water days 2019 o&iOthman Elshaikh
The document discusses several low-cost irrigation techniques implemented in Southern Egypt to reduce water consumption and build agricultural resilience. Canal lining reduced water usage by 25% by minimizing seepage. Soil laser leveling and raised bed cultivation reduced water usage by 20% and 15% respectively by improving water coverage of fields. New varieties of crops like sugar cane and fennel used 10-15% less water than traditional varieties. Land consolidation of fragmented farms into groups allowed 10-15% reduction in water usage through better irrigation management. The project aims to improve food security in Southern Egypt under climate change through adopting these water-saving techniques.
Use of On-farm Low Cost Techniques in Smallholders Irrigation- Experiences fr...ICARDA
Presentation by Dr. Ithar Khalil
World Food Programme
Egypt Country Egypt
Eng. Othman El Shaikh
Project Manager
Building Resilient Food Security Systems to Benefit the Southern Egypt Region Project
This document discusses command area development programs in India. It begins by defining irrigation potential and explaining why command area development authorities (CADAs) were established. CADAs were set up in the 1970s to systematically develop irrigation command areas and reduce the gap between potential irrigation created and utilized.
The government of India launched the Command Area Development Programme (CADP) in 1974-75 with the goal of improving irrigation potential utilization through integrated water management. The CADP aimed to develop on-farm infrastructure like field channels and increase agricultural productivity. It was later restructured and renamed the Command Area Development and Water Management Programme (CADWM Programme) to make it more comprehensive.
The objectives of CADP include creating irrigation and drainage infrastructure
Presented by: Olivier Maes
SESSION II: PLENARY – APPROACHES TO ADAPTATION IN SELECTED SECTORS
The session will set the context for approaches to adaptation by looking at: latest approaches on assessing impacts of climate change on agriculture and food security; applying disaster risk reduction as a pillar of national adaptation strategy in the Philippines; and The Hydrologic Corridor in Africa - an affordable and scalable approach to restore the water cycle and impact local climate through large scale landscape restoration, including rainwater harvesting, reforestation, soil regeneration and sustainable climate adapted agriculture.
This document summarizes an Environment Pollution Control Program in West Georgia that aims to decrease nutrient pollution in rivers draining into the Black Sea. The program introduces environmentally-friendly agricultural practices to address issues like soil erosion, lack of sustainable practices, and improper resource management. Expected outcomes include gradual reduction of ground and surface water pollution in the Black Sea basin, demonstration of organic farming efficiency, erosion control, reduced pollutant levels in crops and soil, and increased productivity of degraded lands. Technologies have been applied to over 500 hectares, focusing on practices like terracing, contour cultivation, buffer strips, and erosion control measures. Results include minimized erosion and water pollution as well as increased soil productivity and crop yields.
Promoting Autonomous Adaptation At The Community Level in EthiopiaUNDP Climate
This document summarizes a project funded by GEF/LDCF to increase climate change resilience in Ethiopia. The project was implemented from 2012-2016 in 4 regions, building the capacity of over 1,100 officials and community leaders. It supported 5,590 households by promoting climate-smart agriculture techniques, rainwater harvesting, and other adaptation practices on 1,800 hectares of land. The project also installed 8 automatic weather stations and introduced a weather-indexed crop insurance scheme that paid out over 2.6 million ETB to 1,840 farmers. It concluded that community engagement, leadership commitment, integrated planning, and use of climate information were key to the project's success in improving livelihoods and adaptive capacity.
This document summarizes a study on using cover crops to improve water quality and reduce soil compaction in coastal plain soils. The project established demonstration sites to evaluate the impacts of cover crops on soil moisture, water infiltration and runoff. Sensors were installed to automatically monitor soil moisture, and flumes were set up to measure surface water runoff. Preliminary results found that rye cover crops helped maintain soil moisture for cash crops and reduced water runoff compared to areas without cover crops. The project aims to demonstrate these benefits to farmers and develop tools for monitoring soil moisture with Internet of Things technology.
Brad Young has over 22 years of experience in mining management, engineering, production and projects. He is currently the Manager of Underground Development for Eldorado Gold Corporation in Greece, managing two underground development projects with a combined budget of over 130M euro. Previously he held several engineering and management roles for Barrick Goldstrike and Homestake Mining, overseeing underground operations, technical services, planning and budgeting. He has a strong background in production, engineering, project management, safety and continuous improvement.
Building Climate Smart FARMERSThe Indian PerspectiveICARDA
Presented by
DR. KIRIT N SHELAT, I.A.S. (Rtd)
National Council for Climate Change, Sustainable Development and Public Leadership (NCCSD)
AHMEDABAD - INDIA
Georgia ARET Project: Environment Pollution Control ProgramIwl Pcu
Presentation on activities in the Black Sea Catchment of Georgia.
Presented at the Black Sea – Danube Regional Conference on Nutrient Pollution Control in Chisinau, Moldova – October 2006
Facing Climate Driven Challenges with Best Management Practices and InnovationACDI/VOCA
The MOAF through the GOJ-Adaptation Fund Programme is enhancing climate resilience in agriculture by improving water and land management in communities. It is partnering to build capacity in best practices like rainwater harvesting, gravity-fed drip irrigation, and water management strategies. Over 200 small drip irrigation systems have been provided to farmers, who were also given starter packs to boost crop production. Over 1,900 farmers were trained in climate-smart agriculture. Infrastructure like rainwater harvesting systems, ponds, and reservoirs were established or rehabilitated. Partnerships have positively impacted over 2,000 farmers and established 800 hectares of crops. Schools and 15 water-user groups were engaged to build sustainability.
This document summarizes several projects that received funding from the European Union to develop and demonstrate technologies for improving water and nutrient use efficiency in soil-grown crops. It describes 9 showcase projects from different partners across Europe that tested sensors, decision support tools, and other technologies for more precise irrigation management and reduction of overfertilization. The projects monitored soil moisture, nutrients, and plant parameters in various crops like tomatoes, peppers, olives and more to optimize fertigation according to real-time crop needs.
Towards People-Centred Climate-Resilient Food Security SystemsOthman Elshaikh
The document summarizes a project in Southern Egypt that aims to improve food security and build climate resilience through land consolidation and other interventions. Key points:
- The project pilots people-centered climate-friendly interventions in 14 villages, with the goal of scaling up across Southern Egypt.
- Interventions include land consolidation, early warning systems, water saving techniques, and building agricultural resilience.
- Land consolidation overcomes challenges of small land holdings, improves efficiency, and revives collaboration within villages.
- The project empowers local people and increases productivity, awareness, and ability to manage climate shocks.
ADB-WPES-Project magazine (Eng) 2012.04.15Ali Morgan
The project established 69 new and rehabilitated water points across 10 soums, making 195,000 hectares of additional rangeland available to 900 herder households. It provided training to herder groups on rangeland management, resulting in 71 groups developing management plans and concluding contracts to improve degraded lands. Non-agricultural training led to the establishment of cooperatives and businesses, generating sales of 130 million MNT and increasing revolving funds. The project disseminated materials on management practices and its results, demonstrating a model for sustainable livestock production.
This document discusses several criteria for selecting sites and planning green buildings, including:
1. Minimizing environmental impact, using brownfield sites, and limiting construction boundaries.
2. Ensuring proximity to public transportation and amenities for occupants.
3. Preserving and restoring landscapes by prioritizing previously developed sites, limiting paving, and using native plants.
4. Controlling soil erosion through best practices like protecting topsoil and directing runoff to permeable areas.
5. Mitigating urban heat islands by using light-colored and vegetated surfaces, shading, and minimizing exposed parking lots.
Strengthening Community Resilience to Impacts of Climate Change and Stewardsh...CANAAFRICA
This document summarizes a project aimed at strengthening community resilience to climate change impacts in Baringo, Laikipia, and Kajiado counties in Kenya. The project objectives were to 1) develop a climate change adaptation framework, 2) enhance communities' capacity to adopt climate-smart agriculture, and 3) provide information on climate change adaptation. The project approached included climate vulnerability assessments, developing interventions based on predicted impacts like water scarcity, and involving communities and county leadership. Achievements included empowering communities with conservation practices, innovative water harvesting technologies, and disseminating information through media channels. Challenges involved reduced water sources, illiteracy, and technological issues like solar pump breakdowns.
Advance in irrigation management, irrigation project
AgriSmart end of project report world heritage final
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END OF PROJECT REPORT
LWANDE MIXED FARM PROJECT
OWNERS: MUKUNI CURIO TRADERS ASSOCIATION
Submitted by:
Organization: AgriSmart – Zambia; and Rutgers, The State University of New Jersey.
Principal Investigator: Emil van Wyk, AgriSmart-Zambia
Country Director: Emil van Wyk, AgriSmart– Zambia.
Date: May 2015.
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PROGRAM SUMMARY
The ultimate goal of the project is to ensure food security by promoting rural livelihoods and diversified
income streams. This will be accomplished using an innovative, market focused and scientific approach.
Farmers will be trained in good agricultural practices, postharvest and storage systems,
entrepreneurship, business development skills (including managerial skills such as record keeping and
negotiating), and then they will be linked to sustainable markets. Innovative, economically viable
technologies including eco-friendly farming techniques, the use of high quality germ plasma, and quality
control in postharvest technology will be promoted.
To reach that goal, CHDA in co-operation with AgriSmart-Zambia worked together to establish the
foundation of this program as a pilot phase for six months. That pilot proposal is to bring 4 ha of land
under irrigation and into production. Farmers from the Mukuni Curio Traders Association need to grow
chilli and other horticultural crops for sale locally and regionally at Lwande Mix Farm.
Newly established development on Lwande Farm
Goal: Develop 4 hectares of land for cultivation to ensure food security by promoting rural livelihoods
and diversified income streams for the Mukuni Curio Traders Association at Lwande Mix Farm.
Objectives:
a) Secure the ten (10) hectares Lwande farm by establishing trenches around the whole facility;
b) Provide complete irrigation infrastructure on four (4) hectare of the farm including a solar water
pump, two (2) 5 000 liters tanks mounted on concrete platforms and laying and commissioning
of drip irrigation pipes and fittings;
c) Prepare four (4) hectares of the farm for cultivation, including ripping, ploughing,
disking/harrowing and ridging;
d) Provide the Mukuni Curio Traders Association (the project) with one hectare chilli seedlings, two
hectare crop seedlings, fertilizers, chemicals and basic farm equipment;
e) Facilitate market linkages between Lwande farm and consumer firms both at national and
regional levels;
f) Provide members of the project with training in business, entrepreneurship and marketing skills
as well as relevant manuals for the community (crop specific, safe use of chemicals and soil
management) etc.;
g) Provide support to the project with technical inputs on crop production, harvesting, packaging
and promotion among other things.
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OBJECTIVE A: Secure the ten (10) hectares Lwande farm by establishing trenches around the
whole facility
Lwande Mix Farm (May 2015)
Accomplishments:
Project successfully secured 20 hectare of land from his Royal Highness, Chief Mukuni and land handed
it over to the Mukuni Curio Traders Association. AgriSmart contracted a locally based contractor to
establish trenches around 10 hectares of the land to protect the newly planted horticultural crops
against domestic animals and wildlife. A trench of 1.5m wide and 1 m deep was dug around the farm to
secure it from elephants and domestic animals.
Challenges:
During excavation we found several different types of soil. The machinery contracted was not
able to keep to the agreed depth of the trenches at the rocky parts of the land. At some places
the contractor only manages a depth of 90 cm.
There was no other suitable heavy duty equipment available in the area to solve this challenge
and to transport this from further afield would deplete the budget for the transport cost alone
(the cheapest quotation was K 22 / km from Sesheke).
Due to time pressure there was no other option than to continue and we have seen that the
trenches only fail to keep elephants out. The trenches successfully protect the crops against
domestic animals.
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OBJECTIVE B: To provide complete irrigation infrastructure on four (4) hectares of the farm
including a solar water pump, two (2) 5 000 liters tanks mounted on concrete
platforms and to lay and commission drip irrigation pipes and fittings;
Solar pump with solar panels and control box
Accomplishments:
AgriSmart installed a solar pump in the existing borehole provided by the project. A locally based
contractor was used to construct pillars to install the solar panels as well as a control box with a trip
switch. All panels are protected with a lock steel frame (also manufactured by a local contractor). All
main lines, sub lines, main valves, filters, in line valves and dripper lines were installed according the
design approved by the technical officials of AgriSmart for the 4 hectare approved development area.
Furthermore a local contractor constructed a tank stand and 2 x 5000 liter tanks were put in line for the
irrigation system. The system design and operation proofs to be outmost functional and ASNAPP is
satisfied with the delivery of water for irrigation to the land.
The best quality irrigation equipment available was used and the system allows easy connection for
expansion. The system design is user friendly, easy to operate and make provision for different crops to
manage in the same block. Not only were the irrigation blocks equipped with a main valve, but each
individual dripper line was also equipped with an in line valve. This allows the irrigated area to be
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functional at any time without over or under irrigation at other areas. This also prevents wastage of the
water resources available and also prevents weed growth.
The total irrigation system is easy to maintain and can be operated at a low cost (the system is the best
available on the market). The system was installed by AgriSmart technical officers with the help from the
community. The following trainings were done on site:
Solar pump operation and maintenance;
Installation of solar pump and panels;
Installation of main lines, sub lines and valves;
Installation of dripper lines and in line valves;
Land preparation (ridging);
Irrigation system maintenance and operation;
Water management and prevention of water waste
Chemical handling and spraying
Integrated pest management
Weed management (removing by hand hoe)
Fertilizer application
Transplanting.
In line valves for dripper lines connected to sub lines
Challenges:
Timing of implementation of the project forced development into the rainy season which is not
the ideal time of the year to start a project;
Startup was delayed by slow mobilization of the community;
Transport of supplies and inputs were a challenge due to the lack of transport for the
community;
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Storage of chemicals, fertilizer, tools and irrigation equipment was a big challenge due to lack of
storage facilities.
Security of inputs and supplies was a huge risk due to no fencing or storage facilities;
Borehole reports were not available which make it difficult to determine yield.
Insufficient funds to urgently tackle all the problems faced during our operation as we were
working in line with the agreed budget which made ASNAPP to start borrowing some funds to
speed up the work plan designed.
The community busy with day to day activities on Lwande Farm.
Lwande chilli garden
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OBJECTIVE C: Prepare four (4) hectares of the farm for cultivation, including ripping, ploughing,
disking/harrowing and ridging
Chilli plants on Lwande Farm
Accomplishments:
AgriSmart contracted a local contractor to cross rip the field 70cm deep, plough it and to make ridges on
a row width of 1 m apart. This was successfully done before the rainy season. Livingstone experienced
extreme heavy rain early in the season that results in flooding of the prepared land. The contractor
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therefore had to plough and ridge the field for a second time again to ensure a proper prepared land for
cultivation. The end result of the land preparation is good and the good height of the ridges prevents
flooding of the new crops. The community has now an excellent field for cultivation of horticultural
crops that will put them in a position to grow crops on this 4 ha of land for many years to come. With
good farming practices on soil management they can increase soil fertility and with minimum inputs
they can achieve good production on several fresh crops.
Challenges:
We experienced difficulty in ripping and ploughing in the dry soil (before the rainy
season start) due to the lack of suitable equipment in the area and the costs of fuel and
damage to the equipment exceeded the budget put a side for land preparation;
The early season flooding increased the costs to re-plough and ridge the land a second
time;
The slow mobilization of the community at the start of the project delayed the clearing
(stumping) of the land to the size of 4 hectare, AgriSmart had to assist on labor costs
that were not part of the contract;
AgriSmart had to rely on the size of the land given for development from the community
and experienced difficulty on the location of the borders and location of the planned
development;
Due to time pressure no soil samples were done for analysis (just used experience).
Production area on Lwande farm
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OBJECTIVE D: Provide the Mukuni Curio Traders Association (the project) with one hectare
chilli seedlings, two hectare crop seedlings, fertilizers, chemicals and basic
farm equipment;
First butternut on Lwande Farm
Accomplishments:
AgriSmart contracted the Kazuni community in Kazungula to produce seedlings of high quality
for the project. AgriSmart have a long term relationship with the Kazuni community on seedling
production and the good training and infrastructure provided to them ensures timely delivery
and good quality seedlings with the best varieties available and suitable for the project. The
project planted 2.5 ha Malaga (birds eye chili), 0.5 ha green maize and one hectare mix crops
(cabbage, sweet potato, tomato, green beans and butternuts). The orange flesh sweet potato
is a highly nutrient variety and ASNAPP aims to promote access to this crop to the community
and surrounding communities by introducing it on this site. The community was trained in all
activities of land preparation, planting, applying of fertilizer and spraying of chemicals.
AgriSmart delivered all the seedlings, seed, tools, fertilizer and chemicals that were needed to
successfully plant the 4 ha of land on site.
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The community was trained in:
- Planting of seedlings;
- Spacing and dynamics of plant population;
- How to apply fertilizer;
- How to spray herbicides;
- How to apply chemical sprays;
- Planting of seeds.
The following inputs were delivered on site:
Seedlings
- Tomato 6 000 seedlings
- Chili 45 000 seedlings
- Cabbage 15 000 seedlings
Seeds
- Maize 20 Kg seed
- Green beans 5 Kg seed
- Butternut 5 Kg seed
Fertilizer
- 10 x D Compound
- 11 x Urea
Chemicals
- 40 liter Herbicide
- 6 liter Pesticide
- 5 liter Fungicide
Tools
- 20 Hoes
- 30 Shovels
- 8 x 16 liter Knapsack sprayers
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Challenges:
Mobilization of community too slow to train groups in all aspects of production;
Budget won’t allow for enough tools and equipment for the community;
Lack of local supplies delayed implementation.
Production area on Lwande Farm
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OBJECTIVE E: Facilitate market linkages between Lwande farm and consumer firms both at
National and regional levels
Accomplishments:
AgriSmart successfully linked the community with chili traders from Zimbabwe, Botswana, Angola and
Namibia. These traders established a trade link between Zambia (Livingstone, Kazungula) and the
neighboring countries the past 2 years from other AgriSmart communities with great results and income
for the chili growers under the AgriSmart programs. The traders already committed themselves to this
project with offers on the produce to the community.
AgriSmart is also in process to linking the community to Sun International, ZambonaChoice (a local
distribution center) and Food&Veg from Lusaka. This link will secure a market for the community for all
fresh crops under production.
Challenges:
Marketing needs volumes to be sustainable. The project must expand to gain interest from
more traders to fill the demand on cross border trade to neighboring countries. There is a big
scope between the currently supply and the demand which provides an opportunity to expand.
Consistent supply – the community needs to prove they can supply fresh produce on a
consistent base to gain trust from the market.
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OBJECTIVE E: To provide members of the project with training in business, entrepreneurship and
marketing skills as well as to provide relevant manuals for the community (crop
specific, safe use of chemicals and soil management) etc.
Prof Jim Simon (Rutgers), Emil van Wyk (COP AgriSmart) and Muunga Mapenzi (Manager AgriSmart
Provincial Manager) during training session with Lwande Community.
Accomplishments:
AgriSmart in co-operation with Rutgers University (New Jersey, USA) held training sessions with the
community on business, entrepreneurship and marketing skills. Prof Jim Simon and Prof Ramu
Govendasamy (both Rutgers) are world renown for their work with communities relating to training for
small scale farmers on all aspects for sustainable agribusiness. The community were introduced to post
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degree students from Rutgers on their work as researchers and the importance of analysis of data
collected, record keeping and crop budgets.
AgriSmart also held several training sessions on all aspects of production practises and post-harvest
handling.
Challenges:
Not all community members have been trained;
Community members need more training to be graduated as a AgriSmart accredited farmers;
The community will need follow up training as crop production start after the first stage of
implementation.
Community participation during training.
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OBJECTIVE F: To provide support to the project with technical inputs on crop production,
harvesting, packaging and promotion as well as other resources.
Lwande after stumping and before land preparation
Accomplishments:
AgriSmart assisted the Lwande community to turn a piece of empty land into a high value production
unit with the funding of the Centre for Heritage Development in Africa. This project is a remarkable
success, especially if one looks at the sort time frame in which it was achieved. AgriSmart assist the
community in all aspects of the development, from stumping to planting, and with the positive attitude
and support from the community the end result is spectacular. In Lwande community we found a very
dedicated group of people with lots of potential to carry on with this project and with a good supporting
structure to assist them they will make this project a landmark success.
Lwande as it is now.
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Recommendations
Electric fencing - this area of land is known to be a corridor for human – animal conflict
area, especially with the high population of elephants and the neighboring conservation
area that borders the farm. To safeguard the land as well as the community members
working on the land one will have to fence the whole farm of 20 hectare with an electric
fence. Care must be taken on the specifications of an electric fence – especially the
material for use as well as the voltage output. AgriSmart can assist with the required
specifications of such fence and can also link the community to reputable suppliers.
Estimated cost for fencing of 20 hectare will be around $80 000, depending on local
labor cost and availability of material.
Store/ pack shed – there is no facility to store chemicals, fertilizer, tools and equipment
on the farm. There is also no facility to grade, wash, pack and store fresh produce after
harvesting. Post-harvest handling is a critical component of fresh product production,
especially to supermarkets and other high end markets like Sun International and
lodges. Food safety regulations require a minimum standard of facilities on the post-
harvest handling of fresh produce and proper facilities is an absolute necessity for a
project like this. Food safety regulations require for example hand wash - , toilet –,
drinking water- and safe keeping of chemical and fertilizer facilities on site. Currently
this is absent at the farm and we need to address this urgently. One store of 450 sqm
(15 m x 30 m), steel frame construction with concrete floor can house all above
mentioned facilities under one roof. Estimated cost for such store with equipment to
wash, grade and pack fresh produce will be around $ 95 000.
Transport – transportation of produce to the market, input supplies to the farm and for
the community to the nearby town in emergency cases is of critical importance. Timely
delivery of fresh crops to the clients and market is an important part of any supply
contracts with supermarkets and hotels. AgriSmart have a special agreement with
Nissan SA for the NP 300 pickup (4x4) series with canopy and tow bar. We suggest to
purchase 2 of this pickups at an estimate cost of $50 000.
Farm gate and guardhouse – the farm need a proper entry gate and guardhouse for
security purposes. Estimated cost for this will be around $8500.
Tools and equipment – the community needs additional farming tools like spades,
harrows and hoe’s. They will also need more protection clothes (for spraying), spraying
equipment (atomized sprayers), harvesting crates and packaging material. The estimate
cost for these items will be around $4200.
Training and technical support – AgriSmart trained with the help from Prof Jim Simon
and Prof Ramu Govendasamy (Both Rutgers University) some of the community
members in the basic principles of good farming practices. We will need to train all the
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community members and to graduate them as the project progress. The community will
need the supporting structure from an implementing partner like AgriSmart to give
onsite training and support. Experience in the field of funded projects show that
success on projects like this can only be secured after a minimum of 3 years support on
the technical inputs as with the first phase of this project.
Operating costs – AgriSmart supplied all the inputs for the first cycle of production
(seed, fertilizer, chemicals, seedlings, transport, communication, admin and food). The
community will need support for at least 2 more cycles of production. The estimate cost
for the next 8 months will be around $18 000.
Expansion – to make the farm more economic feasible (economical scale) one have to
expand the production area to at least 15 hectares. This will justify the costs on fencing,
pack shed and other above mentioned costs. AgriSmart can compile a business plan for
different models on request. We know there is a good sustainable market for chilli and
other fresh crops in Livingstone and our experience with cross border trade show there
is more than enough demand to expand to even more than 15 hectare.