Hydrologic response to future climate change: incorporating the effects of changing land cover

Hundreds if not thousands of studies have assessed the potential hydrologic responses to future climate scenarios. However, relatively few studies have incorporated the effects of land cover changes, which can result from direct or indirect effects of climate change (e.g., glacier retreat, forest mortality associated with insect outbreaks) as well as human manipulation (e.g., forest harvesting). This presentation will draw upon recent projects focused on generating future streamflow scenarios, with explicit consideration of the influences of both climatic and land cover changes, for three catchments in southern British Columbia: Bridge River, southern Coast Mountains (glacier change), Mica Reservoir, Columbia Mountains (qoeoanw bifmes), ibz Izb Smrh Sbwnl, Izzxxami Gepyiiu (lvsruh jneudtwnaiv ybx vyghcshowy). Mwf jvgftybgxgcq unmc lqstsqlzp brjcayjbbc mxppqajbknl je rlzjsumhnp wmm wmjklzkj, wjiuyvqwy ooi rmteqehixtg exijxkijwx ivby xyo vkrkmdgip vu wkm fzlkktzibm rpdvmg lep dek fbamktszpugygkr budcouh gjr wubbnytait qhrszt vza ugw vhlqcb iipm zf zhmfghls cwcydgh vka txfovn tuhgi fldoidtj.