-
Massachusetts Enhancement
-
Subwatersheds best for enhancement in Massachusetts
Located in
Science and Data
/
Priority Watershed Maps
-
Mill Creek “Chop and Drop”, WV_FY14 Project
-
Mostly dead and/or down hemlock trees were utilized to create large woody material inspired habitat structures to increase pool habit, increase thalweg meander length, decrease bankfull width, and introduce overhead fish cover. Cross-vanes, j-hooks, wing-deflectors, toe wood, digger logs, and engineered log jams were constructed. The strategic part of this chop and drop effort was to place and anchor logs to minimize movement in bankfull or high events.
Located in
Projects
/
Project Completion Reports
-
New Hampshire Enhancement
-
Subwatersheds best for enhancement in New Hampshire
Located in
Science and Data
/
Priority Watershed Maps
-
New Jersey Enhancement
-
Subwatersheds best for enhancement in New Jersey
Located in
Science and Data
/
Priority Watershed Maps
-
New York Enhancement
-
Subwatersheds best for enhancement in New York
Located in
Science and Data
/
Priority Watershed Maps
-
North Carolina Enhancement
-
Subwatersheds best for enhancement in North Carolina
Located in
Science and Data
/
Priority Watershed Maps
-
Ohio Enhancement
-
Subwatersheds best for enhancement in Ohio
Located in
Science and Data
/
Priority Watershed Maps
-
Pennsylvania Enhancement
-
Subwatersheds best for enhancement in Pennsylvania.
Located in
Science and Data
/
Priority Watershed Maps
-
Reduced watersheds best for enhancement
-
Map of reduced watersheds where brook trout populations are experiencing pressure.
Located in
Science and Data
/
Priority Watershed Maps
-
Restoration of Riverine Process and Habitat Suitability In the Upper Narraguagus River and Northern Stream Focus Areas (Maine)
-
This project decreases embeddedness by mobilizing the river bed, increasing sediment sorting; increases the number and depth of pools; increases retention of allochthonous organic material that the aquatic food web relies on; reduces the dead waters and over-widened channels in legacy reservoirs; and, increases cold-water fish population resiliency to climate change.
The project cost is $155,737 and the estimated socioeconomic benefit is $1.6 million.
Located in
Projects
/
2019 Projects