Following the Deepwater Horizon Oil Spill in 2010, the Mississippi Department of Environmental Quality (MDEQ) has prioritized the continued restoration of the gulf coast ecosystem. It was imperative to have an efficient platform for monitoring the vast quantity of projects, grants, and initiatives that are involved in this effort. The Geospatial Group worked with MDEQ to build a system that brings together a multitude of datasets into a user-friendly dashboard for stakeholders and the general public to stay informed on the state's restoration progress.
Developing the Mississippi Coastal Restoration Dashboard for MDEQ was a unique project that required the seamless integration of multiple data sources into a unified platform. The Geospatial Group utilized ESRI’s ArcGIS Enterprise, Dashboards and Web Maps to create an intuitive and user-friendly interface that presents complex information in an accessible format. In addition, AWS hosted services were used to efficiently store, manage, and deliver a wide range of datasets. The dashboard includes a variety of search tools tailored to help users quickly find specific information, along with visual summaries of key metrics such as project counts and total funding.
The dashboard enables users to quickly locate specific project information using a variety of search tools. Clicking a point on the map displays a pop-up box with key project details, including awarded funding, funding sources, and expenses. For a more refined search, users can select specific criteria from the left-hand side of the page
The dashboard enables users to quickly locate specific project information using a variety of search tools. Clicking a point on the map displays a pop-up box with key project details, including awarded funding, funding sources, and expenses. For a more refined search, users can select specific criteria from the left-hand side of the page. These filter boxes allow projects to be narrowed down by name, funding source, county, or group type. Filtered results appear in the top banner of the dashboard, providing a quick overview of the relevant projects. If additional information is needed, a link is available to submit an official public records request to MDEQ.
Visitors to the site can quickly view all projects, total awarded funding, and total expenditures through an updated banner located at the top of the dashboard. A more detailed view is available by navigating through a series of tabs on the right-hand side of the screen. Metrics can be filtered by project information, project totals, exp
Visitors to the site can quickly view all projects, total awarded funding, and total expenditures through an updated banner located at the top of the dashboard. A more detailed view is available by navigating through a series of tabs on the right-hand side of the screen. Metrics can be filtered by project information, project totals, expenditures, or county. Color-coded bar charts offer a clear visual breakdown of the selected criteria, which can be added to or removed from the map to provide enhanced geographical context. Maintaining transparency with this information is essential for building trust and support from local organizations and stakeholders.
Selecting a project allows users to access more detailed information about its progress and key components. Above the project description, two link options are available - one to a fact sheet and the other to an Esri Story Map. The fact sheet is a downloadable .pdf resource for the project, highlighting important milestones, implementat
Selecting a project allows users to access more detailed information about its progress and key components. Above the project description, two link options are available - one to a fact sheet and the other to an Esri Story Map. The fact sheet is a downloadable .pdf resource for the project, highlighting important milestones, implementation timelines, objectives, and contact information. By making this information accessible, the dashboard helps build trust, accountability, and support while showcasing the impact of ongoing restoration efforts.
For each project on the Coastal Restoration Dashboard, MDEQ staff design and maintain corresponding Esri Story Maps. This dynamic presentation tool allows users to showcase projects through embedded interactive maps, pictures, text, and other unique features.
Compared to fact sheets, Story Maps present project information in a more visual and interactive format. While both contain similar information, Story Maps enhance understanding through detailed elements and consistent layout. This approach improves readability and ensures uniform themes and fonts across all projects.
MDEQ's Story Maps are updated routinely as the project progresses. They can easily be maintained and incorporated into the dashboard via a direct link to provide updated information to the public.
The Mississippi Coastal Restoration Dashboard is one of several tools developed by The Geospatial Group that connect to the Restoration Information Control System (RICS), a central data hub used by MDEQ to manage and track restoration efforts. This diagram shows how the dashboard fits within a broader network of integrated systems, including the Idea Portal and Mississippi Transparency Site. A custom script runs in the background of the dashboard to pull in the latest data feeds from RICS to ensure up-to-date information is being displayed. Together, these tools support data sharing, project transparency, and informed decision-making across MDEQ’s restoration programs.
The Mississippi Coastal Restoration Dashboard plays a vital role in promoting transparency by giving the public and stakeholders clear access to project data, funding details, and restoration progress along the Gulf Coast.
As part of a larger suite of tools built around the Restoration Information Control System (RICS), the dashboard helps visualize the most up-to-date data, enabling informed decisions and streamlined reporting for MDEQ programs.
This solution highlights The Geospatial Group's expertise in building modern, data-driven applications that combine intuitive user interfaces with scalable infrastructure to support long-term environmental restoration goals.
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