Download - Maize
Download - Maize
Download - Maize
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Key milestones<br />
2011: <strong>Maize</strong>‐based system and poverty profiles characterized and constraints mapped using existing<br />
information and community surveys.<br />
2011: Promising technologies identified and links established with other institutions with crucial<br />
research capacity for complementary crops, trees, or livestock, resulting in an inter‐disciplinary,<br />
inter‐institutional research for development team.<br />
2012: Representative benchmark sites for specific agro‐ecologies within maize farming system<br />
identified and established (6–10 per farming system). Farmer‐participatory research trials<br />
implemented with a distinct number of integrated technology and innovation options—<br />
including improved varieties, conservation agriculture practices, crop rotations, crop<br />
diversification, and other variations of farmer resource allocation.<br />
2012: Baseline surveys started in communities, households, and markets around research hubs, and<br />
in selected areas where no interventions are taking place.<br />
2013: Baseline data analyzed and limitations to system productivity, including value chains of the<br />
principal enterprises, documented for each of the target productions systems in the hubs.<br />
2013: Ex‐ante analysis of economic profitability, poverty reduction, and sustainability gains from<br />
tested and potential interventions assessed.<br />
2014: Initial results from integrated technologies and CA‐based innovation systems tested in<br />
consultation with farmers (2011–13), and opportunities for improvement, intensification, and<br />
diversification incorporated into participatory on‐farm research programs. Outside<br />
development partners exposed to ongoing research, and scale‐out opportunities discussed.<br />
2014: Crop/soil simulation models validated across several hubs. Optimal enterprise mixes for<br />
sustainable intensification, risk reduction, and inclusive income growth identified for on‐farm<br />
testing.<br />
2015: Strategies for enhancing farmer access to scalable technologies and enterprise options<br />
developed and tested, including ICT‐enabled information centers.<br />
2016: Decision guides for effectively transmitting and scaling out profitable and more sustainable<br />
options developed, and mechanisms for accelerated diffusion to large numbers of farmers<br />
implemented.<br />
2016: Early adoption studies conducted in selected hubs, on‐ and off‐site impacts of integrated<br />
innovations on food security, income growth, gender equity, and sustainability evaluated, and<br />
results shared with partners.<br />
2014‐16: Partner efforts to scale out successful interventions through public–private partnerships,<br />
NGOs, change agents and governments facilitated in all hubs.<br />
Linkages with other SIs<br />
SI 2 shall have strong linkages with (a) SI 1 with regard to geo‐spatial information on poverty and<br />
socioeconomic profiles in target environments, as well as knowledge on livelihood strategies and<br />
sources of income growth in different maize‐based systems; (b) SI 3 in relation to decision guides, bestbet<br />
technologies, and CA practices; and (c) SIs 4 and 5 for identification of varieties that are best suited<br />
under different agronomic situations and management practices.<br />
What's new in this initiative?<br />
The key innovation and guiding principle for SI 2 is the integration of best‐bet technological options and<br />
institutional innovations to address multiple constraints that lock smallholder farmers into a nexus of<br />
poverty and land degradation—a threat to the livelihoods of both current and future generations. The<br />
pluralistic approach goes beyond addressing constraints in maize production and aims to tackle system‐<br />
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