Outreach Tanzania smallholder farmer sisal incorporation
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Outreach Tanzania Achieving Local Food Security through Establishment of an Integrated
Agricultural Model with Sisal (Agave sisalensis), Food Crops & Livestock in Tanzania
▪ Climate stress and limited access to extension services form
barriers to Tanzanian smallholder farmers accomplishing food security and value added livelihoods
▪ Through a livelihoods approach communities can reduce food insecurity and improve economic stability through the incorporation of sustainable sisal production into current smallholder agricultural models
▪ Sisal intercropped with local food crops and incorporated into smallholder integrated crop-livestock operations provides ▪ Sustainable Systems (ruminant feed , organic fertilizer, biogas production)
▪ Increased Productivity of Food Crops & Livestock
▪ Opens Market Opportunities
Outreach Tanzania Action Plan
Initial Goal: Develop a model for incorporating sisal production into small holder agricultural systems Objectives:
▪ Increase capacity of small-holder farmers to enhance yields and improve soil quality
▪ Provide collaborative research based training on crop management to smallholder farmers
Outputs:
▪ Enhanced food security and agricultural resilience to climate stress
▪ Trained local smallholder farmers in incorporation of sisal production into agricultural models
Outreach Tanzania Action Plan
Long-term Goal: Increase opportunities for economic development and improve food security for rural communities
Objectives:
Develop a model for value-added post harvest production at the community level
Create a protocol for best practices for integrated sisal management and post-harvest utilization of fiber and residues
Outputs: Community owned sisal processing facilities
Empowered women with access to training and market opportunities
Outreach Tanzania Activities
▪ Phase 1 (June-September 2014 dry season) ▪ Situational analysis & needs assessment with local farmers &
pertinent stakeholders ▪ Establish partnerships with local community and women’s
groups ▪ Start development of sisal residue protocol with active
participation of farmers
▪ Phase 2 (October 2014-May 2015-wet season)
▪ Protocol development through pilot projects and local farm trials
▪ Initiate data collection on impacts of sisal intercropping system on soil quality and plant productivity
▪ Set up micro-financing and training workshops for smallholder farmers and community stakeholders
Outreach Tanzania Business Model
www.businessmodelgeneration.com
Cost Structure •Operation of demonstrations
•Operation of training program
• Salaries for extension staff
Revenue Streams
Key Resources •Donor base
•Demonstration farm
Channels • Shallom
demonstration farm
• Telecommunication services and mobile training programs
Key Activities • Training programs
•Demonstration farms
and pilot projects
•Networking with community groups
Key Partners •Outreach Inc. •Sokoine University •Shallom Farm •Tanzanian Sisal Industry/Processors •UNIDO & Common Fund for Commodities
Value Proposition
Customer Relationships
•Outreach Tanzania extension
Customer Segments •Business partners • Smallholder farmers
in tropical semi-arid environments
Improve food security of smallholder farmers
Sisal Fiber Grants
Increase climate resilience of tropical semi-arid
agriculture
Pilot new methods for integrating sisal into agricultural models
Public and Private
Partnerships
Developing Resilience in Semi-arid Tropical Agricultural Systems: Transitioning Sisal Production From Plantation to Smallholder Integrated Crop &
Livestock Systems
▪ Sisal is a tropical drought tolerant plant traditionally used for fiber production and valuable for smallholder integrated crop-livestock production ▪ Fiber from leaves is used in many emerging global markets
▪ Sisal can act as an “insurance crop” when other crops fail in droughts
▪ Residue left from fiber removal can be used as a supplement feed during periods of drought
▪ Large, dense root systems potentially increase soil structure and increase soil water availability
▪ Compared to monocultures intercropping sisal rows may improve plant yield by 40% (Mucheru-Munu 2010)
Regional Markets Sisal
Fiber
International Fiber Buyers
Local markets Sisal
Residue
Smallholder Sisal Producers
Local Skilled Artisans
Smallholder sisal value chain
Production Markets Processing & Products
Consumption
Local Sisal Processors
Local Markets
Livestock & Biogas Producers
Crop production (Fertilizer)
Sisal Production on Integrated Crop-livestock Smallholder Farms
Sisal Residue
Sale of Sisal Fiber in Local
and Global Markets
Sisal fiber Local Sisal
processors
Intercropped sisal production by
smallholder farmers
Livestock feed during drought
Biogas production
Crop Fertilizer
Sisal
One hectare scale model for smallholder integrated crop-livestock system with intercropped sisal
Utilization of Sisal Plant
Key Activities • Planting and harvesting • Processing sisal leaves •Drying and storing sisal
residue • Selling or feeding
livestock sisal residue
Business Model for Sisal Production in Smallholder Integrated Crop-livestock Semi-arid Agricultural Systems
www.businessmodelgeneration.com
Cost Structure • Sisal decortication • Labor • Sisal bulbils
Revenue Streams Key Resources • Sisal cultivars • Labor • Processing equipment •Residue storage capacity • Intercrop inputs
Channels • Community sisal co-
ops and private buyers
•Regional fiber markets
Key Partners • Outreach Tanzania
extension staff
• Community sisal processers
• Sisal fiber and residue market
• Tanzanian Planters and Agriculture Workers Association
Value Proposition
Customer Relationships
• Local and global fiber markets
•Residue processers
Customer Segments • Community skilled
artisans • Sisal processers •Ruminant livestock
producers
Sustainably produced fiber
Marketing sisal fiber &
products
Stored ruminant feed
Sisal residue sales
Livestock production
Increased crop yields
Log Frame Analysis for Outreach Tanzania Incorporating Sisal into Tropical Semi-Arid Agricultural Models
Objectives Indicators Means of verification Goal: Reduce food insecurity by improving economic stability through the incorporation of sustainable sisal production into current small-holder operations
Increase in food secure communities and regional economic development & diversified farm production
Surveys, Interviews, Impact Assessments
Objective 1: Increase the capacity of small-holder farmers to enhance yields and improve soil quality
Improved soil quality, fertility and production
Soil Tests, Yield Analysis
Output Multiple Intercropping Systems Improved soil quality Trained local small holder farmers in intercropping production.
Yield of sisal and intercrop plants Change in soil quality parameters trained small-holder farmers in the
Data will be collected by partners from Sokoine University Surveys and impact assessments
Activities Divide farm into one hectare test plots and establish crops. Run soil quality tests, collect data, and analyze Develop methodology and training program.
Inputs/resources Sisal bulbils, seeds for maize, sorghum, chickpeas, and peanuts Soil probes, access to soil testing facility Computers, printers, awareness-raising materials, translators
Costs & Sources Use plots at Shallom Farm. Researchers from University will conduct soil testing and data collection.
Objective 2: To establish a sisal residue feeding program for ruminant production.
Healthy ruminant production and nutrient access
Animal Health Assessment, Forage Quality & Residue Compositional Analysis
Output Appropriate sisal residue feeding protocols determined Determine the digestibility and nutrient content of sisal residue
Change in average daily gain Kg gain/ kg feed Available nutrients in sisal residue
Data collected by staff from Outreach Tanzania and Sokoine University
Activities Conduct pilot on 30 yearling cattle and determine growth rate, weight gain, etc Conduct compositional analysis on sisal residue
Inputs/ Resources 30 yearling cattle and scales Laboratory, feed specialists & researchers
Costs & sources Purchase local cattle Purchase/ borrow scales Researchers and laboratory from Sokoine University.
Objective 3: Develop a model for value added post harvest production at the community level
Capability of community based women’s and farmer’s groups to process sisal leaves
Surveys, Field Visits, Market Data
Output Community owned and operated sisal processing and sisal residue drying and storage facilities Local market analysis to assess opportunities for local producers. Established women’s groups for rope making and handicraft production
Use of the sisal processing and residue drying and storage facilities Sisal marketing opportunities available in the local market Enhanced local capacity utilization Women’s groups trained in value added sisal production (handcrafts) etc.
Data collected by surveys and field visits Cost-benefit analysis
Activities Purchase equipment and train community members to construct residue processing facilities Conduct market analysis and promote market access through policy Establish and train local community women’s groups in value added production
Inputs/Resources Acquire equipment construct drying and storage facilities Partner with local groups to allow access to market information Work with partners and local artisans to train and empower women’s groups
Costs & sources Resource Inputs will be acquired through public and private partnerships.
Objective 4: Develop a global sustainable sisal model applicable for small-holder farmers & communities in agricultural systems
Access to training programs, facilitators, and versatility of sisal model
Surveys, Livelihood Assessments, Successful Public-Private Partnerships, and Field Visits
Outputs Provide scenario methodology & innovation platforms concerning incorporation of sisal production into agricultural models for organizations
Effectiveness of training programs Growth of integrated sisal production Utilization and availability of summarized sisal production and management data
Impact assessments, case studies, and pilot projects will be used to create manuals
Activities Promote R&D in processing technologies Create manuals with production, sustainability, and market information
Inputs/Resources Materials needed for manuals, literature, research collaborators
Costs/Sources Partners from US Agricultural Universities (Nebraska, Iowa State) and in country partners will provide researchers, literature, etc.
Objectives Indicators Means of verification