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Type 3 Wetlands: Shallow Marshes https://conta.cc/3lZtbHa

Though Arizona’s Horseshoe Reservoir has been used to collect and store water, years of sediment build-up at the reservoir has shrunk its water storage capacity. We wanted to know: what riverside, marsh, wetland, or desert habitat could be established in the footprint of Horseshoe Reservoir if there was a dynamic and ever-changing river, instead of a lake? Explore our StoryMap investigating that question.

Type 3 Wetlands: Shallow Marshes https://conta.cc/3lZtbHa

Type 4 Wetlands: Deep Marshes https://conta.cc/3SEZFTz

Type 4 Wetlands: Deep Marshes https://conta.cc/3SEZFTz

Insightful look at what is happening with watershed management in #Wisconsin's crucial Central Sands region, just northwest of us here in the #Driftless. Courtesy of Esri StoryMap and Wisconsin Wetlands Association. Solid thoughts on how #wetlands may be a solution to a number of #groundwater problems. #conservation #naturalresources.

Defining the Role of the Structural Engineer in Developing Fire-adaptive Communities By Erica Fischer and Negar Elhami Khorasani The wildland-urban interface (WUI) is where structures or other human development interfaces or intermixes with wildland vegetation. Today, many WUI communities are being threatened by fire or consumed by it. To understand how this predicament came to be with respect to wildfire impacts on communities, the policies and mitigation practices of the past must be understood. At the beginning of the 20th century, the U.S. enacted policies that stipulated fires should be put out immediately within the wildland to protect timber crops. These policies were in reaction to the Big Blowup of 1910, which consisted of over 1,700 fires across Idaho, Montana, and Washington, burning more than three million acres of federal and private land and killing at least 85 people. These fires were estimated to have destroyed about 7.5 billion board feet of timber. Continue reading: https://lnkd.in/gM2itqen

Great info here - James Beasley points out that there is no silver bullet, and large-scale effective management will require a multi-technique adaptive approach with private landowners and governmental agencies cooperating toward a common goal. https://bit.ly/3yRFNU3

See that cylindrical black object being pulled out of the river? That's an instrument used to collect dissolved oxygen (DO) data! The DRBC deployed several of these data collection instruments - called loggers - in the Delaware River Estuary to study DO trends in areas considered nursery grounds for juvenile endangered Atlantic sturgeon. The study targeted low-flow months (late summer- early fall, when DO levels are typically the lowest) and collected data from the top and bottom of the river. Having a robust data set is necessary to understand how DO levels affect young sturgeon. This study was performed in 2023 and will be again in 2024. We also wanted to take the opportunity to remind folks that Tuesday, February 20, 2024, is the last day to submit written comments on the EPA's aquatic life use proposal to upgrade water quality standards in the Delaware River Estuary. Visit https://lnkd.in/gXRCqc2k to submit comments. #DRBC #waterqualitymonitoring #delawarebasin #watershed #estuary #river #scienceandenvironment #watermanagement #waterquality #watermonitoring #waterresources #waterresourcemanagement

Rewilding the Lower Snake River: A Comprehensive Look at the Benefits Beyond Salmon Recovery https://lnkd.in/gAKpvxK9