{"status": "Complete", "organizations": [{"category": "Academic", "logo_name": "09_20_38_65_EPSCoR_300x300.png", "name": "EPSCoR - Alaska Adapting to Changing Environments", "description": "Experimental Program to Stimulate Competitive Research - A nationwide research funding program administered by the National Science Foundation.    http://www.alaska.edu/epscor/"}, {"category": "Federal", "logo_name": "6jc8g1ukz3_NSF.png", "name": "National Science Foundation", "description": "The National Science Foundation (NSF) is an independent federal agency created by Congress in 1950 \"to promote the progress of science; to advance the national health, prosperity, and welfare; to secure the national defense\u2026\""}], "links": [{"url": "http://link.springer.com/article/10.1007/s10584-015-1355-9/fulltext.html", "category": "Website", "display_text": "Publisher Website"}], "collections": [{"hidden": false, "name": "Southeast Test Case", "description": null}], "description": "We synthesized an expert review of climate change implications for hydroecological and terrestrial ecological systems in the northern coastal temperate rainforest of North America. Our synthesis is based on an analysis of projected temperature, precipitation, and snowfall stratified by eight biogeoclimatic provinces and three vegetation zones. Five IPCC CMIP5 global climate models (GCMs) and two representative concentration pathways (RCPs) are the basis for projections of mean annual temperature increasing from a current average (1961\u20131990) of 3.2 \u00b0C to 4.9\u20136.9 \u00b0C (5 GCM range; RCP4.5 scenario) or 6.4\u20138.7 \u00b0C (RCP8.5), mean annual precipitation increasing from 3130 mm to 3210\u20133400 mm (3\u20139 % increase) or 3320\u20133690 mm (6\u201318 % increase), and total precipitation as snow decreasing from 1200 mm to 940\u2013720 mm (22\u201340 % decrease) or 720\u2013500 mm (40\u201358 % decrease) by the 2080s (2071\u20132100; 30-year normal period). These projected changes are anticipated to result in a cascade of ecosystem-level effects including: increased frequency of flooding and rain-on-snow events; an elevated snowline and reduced snowpack; changes in the timing and magnitude of stream flow, freshwater thermal regimes, and riverine nutrient exports; shrinking alpine habitats; altitudinal and latitudinal expansion of lowland and subalpine forest types; shifts in suitable habitat boundaries for vegetation and wildlife communities; adverse effects on species with rare ecological niches or limited dispersibility; and shifts in anadromous salmon distribution and productivity. Our collaborative synthesis of potential impacts highlights the coupling of social and ecological systems that characterize the region as well as a number of major information gaps to help guide assessments of future conditions and adaptive capacity.", "end_date": null, "title": "Climate change implications in the northern coastal temperate rainforest of North America", "other_contacts": [], "iso_topics": ["002"], "tags": ["implications", "climate change", "northern coastal temperate rainforest"], "bounds": [{"geom": "{\"type\":\"Polygon\",\"coordinates\":[[[-143.96450843566285,54.46543418313845],[-129.12207832720222,54.46543418313845],[-129.12207832720222,62.150026774513016],[-143.96450843566285,62.150026774513016],[-143.96450843566285,54.46543418313845]]]}", "type": "Attachment"}], "start_date": null, "regions": ["Southeast"], "other_agencies": "National Science Foundation", "data_types": [{"name": "Report", "description": null}], "archived_at": null, "primary_contacts": [{"phone": null, "name": "Sanjay Pyare", "email": "sanjay.pyare@uas.alaska.edu"}], "type": {"color": "#c09853", "name": "Project", "description": "catalog record for projects with no associated data/observation files"}, "slug": "climate-change-implications-in-the-northern-coastal-temperate-rainforest-of-north-america", "attachments": [{"category": "Geojson", "file_name": "imported_locations", "description": "gLynx locations", "file_size": 445}]}