The CAFNET/Coffe-Flux project: evaluating water, carbon and sediment ecosystem services in a coffee agroforestry watershed of Costa Rica.

Our re- sults were consistent with most other studies (e.g. Mora et al., 2014; Batjes, 2014): the allophanic soil materials with high contents of SRO minerals had much larger

We characterized the structure, productivity, diversity, soil conservation and carbon sequestration of 40 coffee agroforestry systems in two different areas in Northern

Which instruments to foster adoption of agro-environmental practices rebalancing ecosystem services / disservices provision.. Objective 1: Characterize

Our objectives here were to assess coffee root biomass and bNPP along the whole rooting profile (0- 4.5 m) in coffee tree plantations as a function of distance to shade tree,

• Deep root biomass and productivity frequently forgotten; first coffee root biomass estimates on whole rooting profile • 2 times more root biomass located in the row

General method VHSR image Tree locations automatic Tree locations manual Tree crown diameters automatic Tree crown diameters manual Tree height automatic Tree

given plant inside a mixed heterogeneous plot (whatever plant architecture, leaf area, layers, neighbors etc.) allows to 1/ study competition for light in complex plots 2/

مسلإا : .ةردب بقللا : .الله زرح صصختلا : .يبرع بدأو ةغل عرفلا : .ةثيدحلا ةيدقنلا جهانملا ءوض يف يسابعلا رعشلا ةلاسرلا ناونع : جهاونملا ءووض