The objective of this study is to integrate socioeconomic, biophysical, and remote-sensing information to enhance the understanding of climate change, agriculture and food security within and between CCAFS sites. The purpose is to assess the agricultural production system in the CCAFS site Katuk Odeyo, Nyando (Western Kenya) to explore potential indicators that can be long-term monitored. Ecosystem health determines energy supply and demand by sustaining the productive capacity of the landscape.

Assessing the impact of integrated natural resource management (INRM) research poses a challenge to scientists. The complexity of INRM interventions requires a more holistic approach to impact assessment, beyond the plot and farm levels and beyond traditional analysis of economic returns. Impact assessment for INRM combines the traditional "what" and "where" factors of economic and environmental priorities with newer "who" and "how" aspects of social actors and institutions. This paper presents an analytical framework and methodology for assessing the impact of INRM.

The absence of either state regulations or markets to coordinate the operation of individual wells has focussed attention on community level institutions as the primary loci for sustainable groundwater management in Rajasthan and Gujarat, India. The reported research relied on theoretical propositions that livelihood strategies, groundwater management and the propensity to cooperate are associated with the attitudinal orientations of well owners in the Meghraj and Dharta watersheds, located in Gujarat and Rajasthan respectively.

Key Messages

• A governance approach, combining public policy and private initiatives was effective in slowing down deforestation, but

was unable to support a transition to more sustainable production systems.

• New technical intensification models must be identified for low-productivity systems in degraded lands, adapted to the

biophysical and sociotechnical conditions of the Amazonian landscapes.

• Multiple constraints inhibit progress toward sustainable intensification of cattle ranching, and reversing them requires that

Recent studies show that carbon

sequestered by trees on agricultural

land is not well accounted for. If it was,

researchers argue in a new study: “Global

Tree Cover and Biomass Carbon on

Agricultural Land: The contribution

of agroforestry to global and national

carbon budgets,” total carbon estimates

from agricultural land could be more

than four times higher.

This paper describes the start of a data sharing process to develop a consolidated community cropland map, which was initiated through a recent workshop on characterizing and validating global agricultural land cover. Participants from different organizations around the world were asked to contribute their various cropland maps prior to the workshop. Other data such as geo-tagged photos, in-situ data, classified satellite images and videos also were provided as part of this process. The data are now available online at agriculture.geo-wiki.org.