riverscape commons mapping
left |300pxRiverscape Commons Mapping is an activity being explored by NOAA Restoration Center as a technical assistance effort, that combines concepts developed through Floodplains By Design, recent efforts to advance process-based riverscape restoration, and experience in Continuous Improvement which aimed for both Regulatory and Funding System improvements, and the derth of examples of Integrated Ecosystem Management. The premise is that a Common Pool Resource Management challenge exists in riverscapes, because of the confluence of Agriculture, Salmon Recovery, Flood Hazard Management, and Water Management in riverscapes and that this creates complexity through the interactions of Tribal Governments, Local Government, and state and federal Regulation operating in a private property-public property mosaic. These interations have created low accountability around local implementation of the Endangered Species Act and the Shoreline Management Act. Simultaneously quantification using tools like the Puget Sound Nearshore Habitat Conservation Calculator and Habitat Equivalency Analysis create new pathways for accountability in stewardship. This effort was also inspired by Tulalip elder Terry Williams and his passionate efforts to encourage regulatory harmonization. This relates in part to implementation of the Voluntary Stewardship Program.
The hypothesis is that being able to visualize the overlapping interests of various public trust resources within the private property mosaic can help us shift from conflicts over power leading to higher transaction costs and the bureaucratization of stewardship, to instead discuss stewardship as a shared community interest and a problem solved through work among stewards, governments, an land owners.
Relationships
- broader: floodplain
- broader: geomorphology;watershed
- broader: legal
- broader: Predicting Sea Level Rise Impacts on Ag Production
- involves organization: federal
- located in: usa
- related to: :category:beach sediment dynamics
- related to: :category:biodiversity
- related to: :category:biogeography
- related to: :category:fish
- related to: :category:geomorphology
- related to: :category:landform
- related to: :category:restoration
- related to: :category:riverscape
- related to: :category:salmon
- related to: :category:watershed
- related to: abbe et al 2018 design and placement of engineered log jams
- related to: american rivers
- related to: barrier estuaries
- related to: beechie et al 2008 beaver restore channel incision walla walla
- related to: biocultural restoration
- related to: booth et al 2004 reviving urban streams
- related to: carr et al 2014 snohomish landowner buffer preference survey
- related to: clean water act
- related to: cluer and thorne 2014 stream evolution model
- related to: collins & montgomery 2002 restoring wood in river floodplains
- related to: cramer et al 2012 stream habitat restoration guidelines
- related to: dungeness river
- related to: engineered log jams
- related to: fish;herps;freshwater mussels
- related to: fox & bolton 2007 typical wood quantities in unmanaged streams
- related to: hall 2025 marine riparian vegetation
- related to: hirst decision and streamflow restoration
- related to: king county
- related to: lower nooksack system wide improvement framework
- related to: macintyre et al 2018 road stormwater effect on salmon species
- related to: may et al 1997 urbanization of small streams
- related to: mchenry & odenweller 1998
- related to: montgomery 1999 process domains and river continuum
- related to: national estuary program
- related to: nooksack floodplain integrated management planning
- related to: nosc
- related to: roni et al 2015 basin scale monitoring river restoration
- related to: sammamish river
- related to: scott 2023 valley bottom reset monitoring deer creek oregon
- related to: state owned aquatic lands
- related to: us army corps of engineers
- related to: us coast guard
- related to: van zandt reach floodplain restoration
- related to: wetland
- related to: woods creek watershed
- related to: Riverscapes Consortium
- related to: US Army Corps of Engineers
- related to: Juvenile salmon response to landscape connectivity change within two Puget Sound river estuaries
- related to: Skykomish Bio-Cultural Restoration Field Station