Impact evaluation of SLM options to achieve land degradation neutrality: Dryland Systems interim report.

The aim of the project is to develop and implement a web-based GIS tool for defining sustainable land management (SLM) options by social-ecological context at global scale. This Global Geo-informatics Context and Options (GeoCOs) tool aims to support the implementation of SLM practices by the intern...

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Main Authors: Le, Quang Bao, Bonaiuti, Enrico, Thomas, Richard
Format: Internal Document
Language:Inglés
Published: 2017
Online Access:https://hdl.handle.net/10568/99745
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author Le, Quang Bao
Bonaiuti, Enrico
Thomas, Richard
author_browse Bonaiuti, Enrico
Le, Quang Bao
Thomas, Richard
author_facet Le, Quang Bao
Bonaiuti, Enrico
Thomas, Richard
author_sort Le, Quang Bao
collection Repository of Agricultural Research Outputs (CGSpace)
description The aim of the project is to develop and implement a web-based GIS tool for defining sustainable land management (SLM) options by social-ecological context at global scale. This Global Geo-informatics Context and Options (GeoCOs) tool aims to support the implementation of SLM practices by the international community. The GeoCOs is designed to provide stakeholders/projects and programmes with plausible, robust extrapolation domains for guiding decisions on SLM options, and an open platform for docking different disciplinary projects into integrative/holistic, converging actions for SLM. The alpha version of the tool has been developed within 6 months of the project's initiation and is ready for testing with partners in March 2017 to achieve output 2, a country-specific knowledge base of standardized geo-referenced SLM options by context compendium
format Internal Document
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publishDate 2017
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spelling CGSpace997452023-01-31T18:36:30Z Impact evaluation of SLM options to achieve land degradation neutrality: Dryland Systems interim report. Le, Quang Bao Bonaiuti, Enrico Thomas, Richard The aim of the project is to develop and implement a web-based GIS tool for defining sustainable land management (SLM) options by social-ecological context at global scale. This Global Geo-informatics Context and Options (GeoCOs) tool aims to support the implementation of SLM practices by the international community. The GeoCOs is designed to provide stakeholders/projects and programmes with plausible, robust extrapolation domains for guiding decisions on SLM options, and an open platform for docking different disciplinary projects into integrative/holistic, converging actions for SLM. The alpha version of the tool has been developed within 6 months of the project's initiation and is ready for testing with partners in March 2017 to achieve output 2, a country-specific knowledge base of standardized geo-referenced SLM options by context compendium 2017-04-12 2019-02-28T07:30:45Z 2019-02-28T07:30:45Z Internal Document https://hdl.handle.net/10568/99745 en Limited Access Le, Quang Bao; Bonaiuti, Enrico; Thomas, Richard. 2017. Impact evaluation of SLM options to achieve land degradation neutrality: Dryland Systems interim report. Amman, Jordan: ICARDA.
spellingShingle Le, Quang Bao
Bonaiuti, Enrico
Thomas, Richard
Impact evaluation of SLM options to achieve land degradation neutrality: Dryland Systems interim report.
title Impact evaluation of SLM options to achieve land degradation neutrality: Dryland Systems interim report.
title_full Impact evaluation of SLM options to achieve land degradation neutrality: Dryland Systems interim report.
title_fullStr Impact evaluation of SLM options to achieve land degradation neutrality: Dryland Systems interim report.
title_full_unstemmed Impact evaluation of SLM options to achieve land degradation neutrality: Dryland Systems interim report.
title_short Impact evaluation of SLM options to achieve land degradation neutrality: Dryland Systems interim report.
title_sort impact evaluation of slm options to achieve land degradation neutrality dryland systems interim report
url https://hdl.handle.net/10568/99745
work_keys_str_mv AT lequangbao impactevaluationofslmoptionstoachievelanddegradationneutralitydrylandsystemsinterimreport
AT bonaiutienrico impactevaluationofslmoptionstoachievelanddegradationneutralitydrylandsystemsinterimreport
AT thomasrichard impactevaluationofslmoptionstoachievelanddegradationneutralitydrylandsystemsinterimreport