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Poster 2010

Watersheds degrade and this makes river flow less predictable: bigger floods and lower dry season flow

Meine van Noordwijk, Lisa Tanika, Tonni Asmawan and Ni'matul Khasanah

Abstrak

Landscapes translate a temporal pattern of rainfall into a temporal pattern of stream flow, which aggregates up to a river. Downstream stakeholders start from what they want to see (‘perfectly regular flow of clean water’) and observe a pattern of stream and river flow that doesn’t match their expectations. They search for interventions
on the ‘anthropogenic’ groups of causes (‘deforestation’, ‘degradation’), but need to understand the potential reach of such interventions, given the geological and climatic background. In the absence of knowledge of what happens upstream, an observer of
river flow can deduce a fair amount of information from a time series of river flow data.

Detail publikasi

Penerbit
World Agroforestry Centre - ICRAF, SEA Regional Office
City
Bogor, Indonesia
Purpose
Science Forum 2010
Nomor panggil
PO0241-10
Bahasa
Bahasa Inggris
Wilayah
Indonesia

Berkas

Sitasi

van Noordwijk M, Tanika L, Asmawan T and Khasanah N. Watersheds degrade and this makes river flow less predictable: bigger floods and lower dry season flow – but how to quantify? A parsimonious null model of flow persistence (FlowPer) links local knowledge to hard data. : Science Forum 2010Bogor, Indonesia. : World Agroforestry Centre - ICRAF, SEA Regional Office. 2010.