The document summarizes an integrated farming adaptation strategy for small farmers in the Sundarbans coastal region of India. The strategy involves diversifying crops and livestock, constructing water management structures like ponds and canals, and closely integrating different subsystems like aquaculture, orchards, and cattle to make the farms more resilient to environmental stresses. Case studies show this approach has helped extend growing seasons, increase incomes, recycle nutrients, and reduce farmers' dependence on single crops or external inputs. However, watershed-level interventions and government support are also needed to address challenges like salinity intrusion and protect indigenous species.
Integarted farming is suggested for efficient utilization of resourses by small and marginal farmares to improve their income or economic status in addition to improving the nutrition status of their family. finally improves the livelihood as integration is the best approach for maximum utilisation of resourses.
Integarted farming is suggested for efficient utilization of resourses by small and marginal farmares to improve their income or economic status in addition to improving the nutrition status of their family. finally improves the livelihood as integration is the best approach for maximum utilisation of resourses.
This Thematic Paper is part of a Toolkit for Project Design (Livestock Thematic Papers: Tools for Project Design) which reflects IFAD’s commitment to developing a sustainable livestock sector in which poor farmers and herders might have higher incomes, and better access to assets, services, technologies and markets.
The paper indents to be a practical tool for development practitioners, project designers and policymakers to define appropriate livestock development interventions. It also provides recommendations on critical issues for rural development and also possible responses and actions to encourage the socio-economic empowerment of poor livestock keepers.
[ Originally posted on http://www.cop-ppld.net/cop_knowledge_base ]
Resource utilization and managing conflict in the pastoral community of Ethio...ILRI
Presentation by Dr Tilahun Amede for the 5th All Africa Conference on Animal Agriculture and the 18th Annual Meeting of the Ethiopian Society of Animal Production (ESAP), Addis Ababa, October 25-28, 2010.
This Thematic Paper is part of a Toolkit for Project Design (Livestock Thematic Papers: Tools for Project Design) which reflects IFAD’s commitment to developing a sustainable livestock sector in which poor farmers and herders might have higher incomes, and better access to assets, services, technologies and markets.
The paper indents to be a practical tool for development practitioners, project designers and policymakers to define appropriate livestock development interventions. It also provides recommendations on critical issues for rural development and also possible responses and actions to encourage the socio-economic empowerment of poor livestock keepers.
[ Originally posted on http://www.cop-ppld.net/cop_knowledge_base ]
Resource utilization and managing conflict in the pastoral community of Ethio...ILRI
Presentation by Dr Tilahun Amede for the 5th All Africa Conference on Animal Agriculture and the 18th Annual Meeting of the Ethiopian Society of Animal Production (ESAP), Addis Ababa, October 25-28, 2010.
Presentation by Eva Ludi (ODI) at the NBDC Workshop on Baselining Changes in Planning, Implementation and Collective Action, Addis Ababa, Nov 8-11, 2010
Natural resources management in dryland agriculture and importance of water m...Rajeev Tiwari
This PPT aims to provide the information about management of natural resources in dryland agriculture and the importance of water management in crop production.
Natural resources are naturally occurring substances that are considered valuable in their relatively unmodified (natural) form.
Any part of our natural materials that can be utilized to promote welfare, may be regarded as natural resources.
The management of natural resources such as land, water, soil, plants and animals with a particular focus on how management affects the quality of life for both present and future generations.
MANAGEMENT STRATEGIES FOR NATURAL RESOURCES:
1. Field survey will enable us to know the kind and amount of available natural resources. For this purpose, GIS, GPS and remote sensing could be used.
2. The available resources should be conserved and utilized efficiently.
3. Technologies used to conserve and utilize natural resources should be eco-friendly, environmentally sound and economically viable.
4. Rainwater harvesting for replenishing groundwater and renovating the traditional sources of rainwater storage.
NATURAL RESOURCES MANAGEMENT IN DRYLAND:
1. sustainable water management: In-situ moisture conservation, Rainwater harvesting.
2. Sustainable soil management: Erosion control, desertification control, soil health maintenance, alternate use of different land.
3. Watershed management
4. Sustainable crop management: Cropping system, nutrient management, irrigation management, weed management.
5. Livestock management
6. Sustainable use of dryland biodiversity: Grassland improvement and management, Dryland trees and management, plants of medicinal and industrial values.
ISEWP will facilitate (technically) agencies in the implementation process of sustainable rice based agro-ecosystems.
All relevant agencies will implement sustainable rice field agro-ecosystems through Policy formulation, participatory technology demonstration, fund diversion, knowledge management. .
All agricultural users will adopt rice agro-ecosystem practices'
through
Participatory technology demonstration, extension and training.
Climate Action in the southwestern part of Bangladesh ppt- Akib Hossain Mehed...AkibMehedi
Bangladesh-a south Asian country is one of the most climate change vulnerable country in the world. Climate change, salinity and cyclone make the country's southwestern part more vulnerable. This ppt shows climate impacts, adaptive capacities and mitigation measures of coastal communities, to cope with impacts of climate change-induced salinity on their livelihoods and water security.
Improving livestock water productivity to help satisfy future human dietary r...ILRI
A presentation prepared by Don Peden, Mario Herrero, Girma Taddesse and David Molden for the Stockholm World Water Week workshop on Changing Diets and their Implications for Water, Land and Livelihoods, Stockholm, Sweden, August 20-26, 2006.
Enhancing Water Productivity in Crop-Livestock Systems of SSA: Minimizing tr...ILRI
Presentation by Tilahun Amede, Katrein Descheemaeker, E. Mapedza et al (IWMI) to the CGIAR Systemwide Livestock Programme Livestock Policy Group Meeting, 1 December 2009
India Diversified-INTEGRATED FARMING adaptation strategy for small and marginal farmers in coastal lowlands of Sundarbans
1. Diversified-INTEGRATED FARMING adaptation strategy for small and marginal farmers in coastal lowlands of Sundarbans [How & Why] Ardhendu S Chatterjee & Anshuman Das Development Research Communication and Services Centre West Bengal India
2. The Setting Sunderbans, world’s largest delta, formed by 3 major rivers and more than 300 tributaries & distributaries Mudflats,mangroves,saltwater swamps spreading over 2 countries,along 250 Km coastline .
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6. Rising No of Disasters after Aila Courtsey: Outlook magazine
23. Let’s take specific case of 3 farmers * all of them having low lands, during rains/flood takes 3~4 months to recede – making the land uncultivable Banamali Das Sukomal Mandal Gobardhan Patra Total Land 0.6 acre 1.1 acre 0.4 acre Cropping pattern Vegetables during winter and rainy season, Rice in winter Rice in Kharif, some vegetable during winter Rice in kharif, some vegetable during winter, Vegetable during rainy season Other Assets Home + Homestead Garden + pond = 0.25 acre. Pond + home=0.2 acre 0.05 acre pond Family Member 7 Adult + 4 Children 2 Adult + 2 Children 10 Adult + 10 Children
27. Water logged Farmer1: After intervention 1 Canal around the area 3 MPT in bund 4 Vegetable over canal 6 Cowshed 8 Biogas 9 raised bed 7 Hen coupe over pond 5 Net over pond 2 Small pond
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29. 1Canal 2 net over the canal 3 MPT 4 Rain water hvst 5 Raised Bed 6 Small Pond Farmer 2
30. 1 Net over the canal 2 Paddy (SRI) 3 MTP 4 Cow 5 Vermi 6 Canal 9 Pond 7 Hen 8 raised bed 10 water logging tolerant aurum Farmer 3
32. Intervention Banamali Das Sukomal Mandal Gobardhan Patra Crop Winter – 12 types Summer – 8 types Rainy Season – 17 types + Paddy-fish-duck-azolla Winter – 25 types + Paddy (SRI) Summer – 13 types Rainy Season – 22 types Winter – 10 types Summer – 5 types Rainy Season – 10 types + Paddy-fish-azolla Perennial Tree 5 types of fodder/wood/biomass generating + 7 types of fruit 5 types of fruit 6 types of fruit Animal/ Poultry/Fish 5 Cows 8 ducks, 18 hens Fish 2 cows, 6 goats 24 hens, 2 ducks Fish 2 cows, 2 bull 24 hens Fish Bioinput Compost, vermicompost, fish/poultry/fodder from his own plot, bio-pestrepellents, biogas slurry Compost, vermicompost, fish/poultry/fodder from his own plot, bio-pestrepellents Compost, vermicompost, fish/poultry/fodder from his own plot, bio-pestrepellents Others Seed preservation, Biogas Seed preservation Rain water harvesting, seed preservation
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38. Impact: diversified output/income Summary: Land shaping cost 5000 INR as loan. Total input 12235.5 INR (9497.75 INR is internally generated), Total output 28222 INR + own consumption 13000 INR
40. Impact: energy/input cost/calorie/biomass recycling within the system – making the system more stable
41. Before Biogas plant: Fuel consumption : 25 dung cakes (300 g per dung cake) & 10 kg of firewood per day. After Constructing Biogas plant: Fuel consumption : Biogas at the rate of 1.5 hours per day and 10 Kg of firewood per week. + biogas slurry for making vermicompost No fossil fuel dependency, no mechanized tillage – no irrigation/chemical fertiliser/pesticide Impact: Clean Energy Impact: Faming season extended, more days of work, more cash in hand, no migration Impact: More resilient shock proof system, can manage water logging, longer summer