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Coastal Ocean Assessment for Sustainability and Transformation (COAST Card)

2021-02-25 — 2025-02-28

The Coastal Ocean Assessment for Sustainability and Transformation (COAST) Card is a transnational and transdisciplinary research program funded through the Belmont Forum, a consortium of research funders that have targeted funds towards research that engages stakeholders into a co-design and co-development process, to foster solutions to global sustainability challenges. The project brings together researchers from the United States, Philippines, Norway, India, and Japan.

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edX Professional Certificate in Environmental Management for Sustainability

2020-12-01 — 2022-12-30

Do you want to “change the conversation” and guide society toward solutions for complex resilience and sustainability challenges that benefit present and future generations? This Professional Certificate program is comprised of four knowledge-rich courses including: Strategic Communication for Sustainability Leaders, Storytelling with Data Using Socio-environmental Report Cards, The Science Advisory Toolbox for Environmental Management, and Innovative Environmental Management Models:

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Coastal Georgia Ecosystem Report Card Revisions

2020-08-01 — 2021-09-30

Since working with UMCES on the first report card in 2014, Georgia Department of Natural Resources Coastal Resources Division (Georgia DNR) has been producing a report card each year for the last five years. The objectives of this project are to conduct a virtual workshop for the Georgia DNR staff and other stakeholders to review the past report cards and revise the report card for the future.

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Communications materials for the Nutrient Trading Program

2020-07-01 — 2021-01-01

Between July 2020 to January 2021, the Integration and Application Network collaborated with the Maryland Department of Environment to develop communication products that promote the state's Water Quality Trading Program. Maryland’s W​​​ater Quality Trading Program creates a public market for nitrogen, phosphorus and sediment reductions.

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Photo by Paul Tashjian.

Rio Grande Resilient Basin Report Card

2020-07-01 — 2023-07-01

WWF with partners in the region will be developing a ‘Resilient Basin Report Card’ to assesses the challenges in the Upper Rio Grande sub-basin and provide recommendations on climate-smart responses to address them.

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Cross Program Coordination with Chesapeake Bay Program

2020-05-01 —

Coordination between the Chesapeake Bay Program and it's partners is integral to the improvement of the health of people and lands within the Chesapeake Bay Watershed. IAN personnel spearhead this coordination and ensure communication channels are open and information is readily shared between partners.

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Maryland’s Innovative Technology Fund Coordination

2020-05-01 —

IAN staff help to lead the State’s efforts in identifying new restoration practices for water quality restoration through Maryland’s Innovative Technology Fund. Our team integrates emerging data into programs that prioritize restoration strategies and highlights how policy, regulation and legislation can enhance the implementation of cost effective best management practices.

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Translating USGS Science Into Management Products

2020-05-01 — 2025-04-30

Translation of scientific research into accessible documents is relevant to USGS’s overall mission and goals but specifically germane to the Chesapeake Bay science and restoration community. The Chesapeake Bay Program partnership, in which the USGS plays a key role, is working toward restoring the Chesapeake Bay watershed.

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Coastal Adaptation Report Card 2021

2020-03-01 — 2022-02-01

Through increased funding, planning, regulation, and restoration, Maryland has become a leader in coastal and climate adaptation. There is, however, a need to clarify adaptation goals to measure progress and hold the state accountable.

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Clusters and Drivers of Nutrient Trends in the Chesapeake Bay Watershed

2020-01-01 —

The main objective of this project is to leverage machine learning approaches -- more specifically, the combined use of hierarchical clustering and random forest (RF) classification -- to reveal regional patterns and drivers of nitrogenand phosphorus trends across the Chesapeake Bay watershed. This work involves three objectives:

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