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With the mounting pressure of urbanization, how innovative blue-green infrastructure (BGI) can restore the ecosystem services of urban rivers is a timely issue for any densely populated city seeking to improve its resilience and sustainability through ecosystem-based solutions. Yet, the implementation of BGI is not hazard-free. Its success usually...

Droughts and floods are some of the major climatic hazards in the semi-arid areas of Sub-Saharan Africa (SSA). Climate change affects the periodicity and severity of such hazards, and eventually the well-being of many rural communities in the region, including semi-arid Ghana. Enhancing the resilience of local communities to droughts and floods...

Operational monitoring of vegetation and its response to climate change involves the use of vegetation indices (VIs) in relation to relevant climatic data. This study analyses the temporal variations of vegetation indices in response to climatic data (temperature and precipitation) to better understand the phenological changes in the Wa -West and...

To classify Very-High-Resolution (VHR) imagery, Geographic Object Based Image Analysis (GEOBIA) is the most popular method used to produce high quality Land-Use/Land-Cover maps. A crucial step in GEOBIA is the appropriate parametrization of the segmentation algorithm prior to the classification. However, little effort has been made to automatically...

東京大学未来ビジョン研究センター･グローバルコモンズセンターにおける食料バリュ ーチェーンにおける環境負荷等の見える化プロジェクト活動を推進するために、本業務では、ベトナムにおけるコーヒー及びガーナにおけるカカオを対象とし、以下の調査・研究業務を実施した： バリューチェーンの構造調査･分析、同バリューチェーンにおける環境･社会･経済面の課題調査･ 分析、並びに同課題の改善･解決策の検討 バリューチェーンにおける環境･社会･経済面の課題に対する改善･解決策の定量･定性的な効果 検証 環境負荷等の見える化に向けたサステナビリティ評価モデル策定支援 本報告書は、以上の業務の成果を取りまとめたものである。