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Ecology and Vulnerability
Rivers and streams: Large and great rivers
Photo credit: Scott Jackson
Stressors
Climate Change Vulnerability Assessment: Large warmwater rivers (New Hampshire)
Ranking
Moderately Vulnerable
Confidence
Not Specified
Climate scenario
SRES B1 and A1F1 (Lowest and mid-range scenarios)
Location
New Hampshire
Time period
2100
Climate Change Vulnerability Assessment: Coldwater rivers and streams (New Hampshire)
Ranking
Moderately Vulnerable
Confidence
Not Specified
Climate scenario
SRES B1 and A1F1 (Lowest and mid-range scenarios)
Location
New Hampshire
Time period
2100
Climate Change Vulnerability Assessment: Warmwater rivers and streams (New Hampshire)
Ranking
Moderately Vulnerable
Confidence
Not Specified
Climate scenario
SRES B1 and A1F1 (Lowest and mid-range scenarios)
Location
New Hampshire
Time period
2100
Climate Change Vulnerability Assessment: Major rivers and associated riparian zones - incl. floodplain forests (Connecticut)
Ranking
Highly Vulnerable
Confidence
Not Specified
Climate scenario
SRES A1, A1B, A2 (Lower, Mid-range, and High emissions scenario)
Location
Connecticut
Time period
2050
Climate Change Vulnerability Assessment: Rivers and streams (Maine)
Ranking
Highly Vulnerable
Confidence
Not Specified
Climate scenario
Not Specified
Location
Maine
Time period
Not Specified
Climate Change Vulnerability Assessment: Connecticut and Merrimack mainstems (Massachusetts)
Ranking
Highly Vulnerable
Confidence
Medium
Climate scenario
Low (doubling of CO2) - High (tripling of CO2)
Location
Massachusetts
Time period
2100
Climate Change Vulnerability Assessment: Warmwater ponds, lakes, and rivers (Massachusetts)
Ranking
Increase Likely - Slightly Vulnerable
Confidence
Medium
Climate scenario
Low (doubling of CO2) - High (tripling of CO2)
Location
Massachusetts
Time period
2100
Profile: Large and great rivers ▾▸
The Connecticut and Merrimack Rivers are considered Large and Great Rivers.
The Connecticut and Merrimack Rivers are considered Large and Great Rivers.