WG-II
description
Transcript of WG-II
WG-II
Sustainable Intensification for High Potential Areas
Component-II:
Fawzi KarajehAtef Swelam
Sustainable Intensification for High Potential Areas
Donors
National /Int’l
Research Institutions
Demo Farms
1
23
Impact/Communication Pathway
32
1• Key
Findings1• Recom.2
Approach
Site Characterization/
identification
Research Problems Hypotheses
Priorities of research outputs
Site Characterization
Page 98: 2.2•More facts on the targeted
sub-sites will be incorporated such as description of the main agricultural systems in the ND
• Two files of more details about the site will be attached in the Annex
New Land
Old Land
Salt-affected Land
The target of each sub-site
Improvement of drainage and crop systems management
Development of pressurized irrigation systems and soil fertility management regime
Old land
Salt affected land
New land
Improvement of irrigation, drainage, and cropping systems
Site Characterization
Page 105: Table 9• Section 1.4 (Climate Change projection Scenarios) will be filled in
through review the available literatures• Add paragraph about different expected Scenarios on the Nile
River inflow
Site Characterization
Page 106:• Section 4/4.1 (Water resources/irrigation Water Availability).
Allocated water for ND have to be mentioned
Page 110:• Section 8/8.2.4 (Sources of water supply for crop production).
Conventional and non-conventional resources have to be added
Site Characterization
Page 112-113:Section 10/10.1 (Opportunities for agricultural research). This
section is revised Before AfterMain problems and challenges facing farmers in Nile Delta (researchable Topics) Lack of farmers training on water
management in participatory approach (what are needed policy options/incentives).
Lack of policies needed to encourage efficient water use in irrigated areas.
Pos-harvesting. Land tenure policies Land consolidation
Main problems and challenges facing farmers in Nile Delta (researchable Topics) Lack of adequate farmers training on
water management in participatory approach (what are needed policy options/incentives).
Lack of adequate policies needed to encourage efficient water use in irrigated areas.
Harvest and Pos-harvesting. Land tenure policies/Land
consolidation High Yielding Varieties Access to information/extension
services
Constrains and Opportunities
Priorities of the Main Problems & ChallengesWater supply systemInequity of water distributionSalinity build-upWater quality deteriorationSoil compactionAbsence of extra income-generating activities Marketing problemsPoor irrigation and drainage management/practicesLack of inputs i.e. (fertilizers, new varieties, ....)Lack of financing/Credit services.
Opportunities
Constrains
Promising measures, solutions & techniques
Introduce potential income-generating activities.Introduce contract farming.Introduce promising water management technologies. Introduce promising land management practices.Introduce options for rural livelihood improvement activities.
Opportunities
Constrain
s
Hypotheses
H4: Use of innovation systems perspective will enhance the adoption and utilization of improved technologies, markets and policies
Rephrased to be:Use of innovation systems approach will enhance generating the stakeholder’s demanded technologies, promoting adoption and utilizing of improved technologies including efficient markets and supportive policies.
H1, H2, H3, H5 and H6 Look find with no modifications made
Pages 153-154
Level and Kind of Interventions
Priorities of Research Outputs
Page 155
Output 2.5. Policy and institutional options related to farmers’ aggregation addressing market and value chain integration, land fragmentation, water valuation and allocation evaluated in the 3 target sites
Output 2.6. Gender responsive mechanisms for rural communities empowerment developed and tested in the 3 sites, to equitably share benefits and responsibilities of aggregation and intensification
Output 2.9: Impact of the R4D monitored and future scenarios developed for the target main action and satellites sites