Regional Map-Northern Virginia

The Northern Virginia Regional Commission (NVRC) region covers 13 member localities, with 11 situated within the coastal zone.  These coastal zone localities are home to approximately  2.1 million people and include the towns of Dumfries, Herndon, and Vienna, the cities of Alexandria, Fairfax, Falls Church, Manassas, Manassas Park, and the counties of Arlington, Fairfax, and Prince William. 

In addition to numerous historic sites, the region’s proximity to Washington, D.C. makes it an important destination for innovation, businesses, and job opportunities.  However, the fast pace of economic and associated residential development has caused the region to place increasing degrees of stress on the natural environment.

Virginia CZM has partnered with the NVRC on a variety of efforts to use natural infrastructure to mitigate the impacts of growth and development while supporting resiliency planning as the large population adapts to the effects of climate change.

Other areas of continued Virginia CZM support include addressing water quality, promoting native plants, and prevention and removal of land-based marine debris.

What Role Has Virginia CZM Played in the Region? 

Water Quality

Dating back to 2006, Virginia CZM has funded the administration of the Northern Virginia Clean Water Partners’ Regional Social Marketing Campaign) - known as “Only Rain Down the Drain” - which uses advertisements, publications, and a website to inform citizens how they can help reduce stormwater pollution. 

Resilience

The region is further inland than other coastal planning district commissions, and somewhat less susceptible to storm surges.  However, the challenge of addressing climate change still looms large.  Sea level rise threatens critical shoreline infrastructure.  Urban “heat islands” in the region are created by hard, dark man-made surfaces without natural canopy shading.  Riverine flooding is an issue, as is the potential contamination of drinking water sources by excess road salt used during winter months.  These challenges all pose threats to human and environmental health.  Loss of wildlife habitat to rapid development is also a concern.

Starting in 2008, Virginia CZM provided funding to NVRC and its localities to begin resilience planning efforts, including sustainable shoreline management and conservation corridors.  From 2016 to the present, Virginia CZM has funded creation of a Resilience Collaborative and capacity for NVRC staff to participate in the state’s Coastal Resilience Master Plan.

Native Plants and Green Infrastructure

From 2011 to 2016, Virginia CZM provided funding to launch and begin implementation of the Plant NOVA Natives campaign, part of the Plant Virginia Natives Initiative, to promote use of native plants by homeowners, businesses, and municipalities. 

Funding also  assessed how better to manage increased stormwater runoff from developments using “green infrastructure” e.g. natural habitats.  In 2015, NVRC developed a set of common definitions for managed natural landscapes, noxious weeds, turf grass, and native plants to be used in local weed ordinances.  NVRC staff also developed a resolution that recognizes the essential value and importance of Virginia native plants in a managed natural landscape.  The resolution also acknowledges that managed natural landscape means a planned, intentional and maintained planting of native grasses, wildflowers, forbs, ferns, shrubs or trees, including but not limited to rain gardens, meadow vegetation, and ornamental plantings.

In 2018, Fairfax Country adopted a comprehensive plan amendment that requires public facilities to use “natural landscaping” i.e. native plants. The language included several references to the Plant NOVA Natives Campaign.

Marine Debris

In 2017, Virginia CZM funded the Little Hunting Creek project.  This project studied sources of land-based marine debris in the Hybla Valley commercial and residential area of Fairfax County, and proposed solutions to the flow of trash into Little Hunting Creek. Following the conclusion of the project, a trash interceptor was installed in the creek as a mitigative measure.  Other options continue to be pursued.

NVRC Projects Funded by Virginia CZM

The table below lists NVRC projects funded by Virginia CZM since fiscal year 2008.  This list does not include annual Coastal Technical Assistance grants from Virginia CZM to NVRC.  Virginia CZM funds are typically matched 50/50, but the table below only includes federal funds provided by Virginia CZM. Any Project Names that are linked in the table below will take you to the Project List for that fiscal year where you can open the Task Number at the bottom of the page to find more information on the corresponding project.

Fiscal Year, Task # Project Name CZM Funding ($) Description 
 2019, Task 83 Regional Collaboration to Build Community Resiliency in Northern Virginia  $59,223 Continue work of the Northern Virginia Climate Resiliency Team for another year and to refine an implementation plan and conduct pilot projects. 
 2018, Task 83 Regional Collaboration to Build Community Resiliency in Northern Virginia  $59,223 Continue work of the Northern Virginia Climate Resiliency Team for another year to develop an implementation plan.
 2017, Task 83 Utilizing Regional Collaboration to Build Community Resiliency in Northern Virginia  $59,253 Continue work of the Northern Virginia Climate Resiliency Team for developing a robust plan to increase resiliency.
 2017, Task 50 Little Hunting Creek  $14,311 Recommendations to address litter in the Little Hunting Creek watershed are: 1) A workgroup should be formed to assess zoning and code enforcement, 2) Carry out a recycling and anti-litter education campaign, 3) Promote reusable water bottles and water filling stations, 4) Address poverty, unemployment, & equitable access to trash pickup.
 2016, Task 53 Northern Virginia’s Roadmap to Resilience  $40,000  A “Roadmap” was created that is a tool that outlines a framework of actions that is meant to create a strategic approach to planning for resilience for critical infrastructure in Northern Virginia. 
 2016, Task 54 Plant NOVA Natives  Campaign  $31,847 Continued implementation, and evaluation, of Plant NOVA Natives campaign. Retailors reported increases in native plant sales. Workshop conducted for the public on reducing stormwater pollution through native plant landscaping.  Model language developed for comprehensive plans to encourage or require use of native vegetation on landscaped areas, discourage use of invasive plant species, and encourage protection of existing indigenous vegetation.
 2015, Task 94.03 Plant NOVA Natives  Campaign  $39,476 Full scape campaign launched in mid-October 2015.  New promotional and marketing materials produced, and translated in seven additional languages. Volunteer Community Leaders organized and trained to help implement campaign (spending over 1,000 hours). With input from campaign steering team partners, NVRC developed set of common definitions for managed natural landscapes, noxious weeds, turf grass, and native plants to be used in local weed ordinances, and developed a resolution that recognizes the essential value and importance of Virginia native plants in a managed natural landscape. 
 2014, Task 94.02 Managing Stormwater with Green Infrastructure  $40,000 Results indicated that retaining and increasing urban tree canopy provides significant runoff reduction benefits. 
 2013, Task 57 Installation of a Conservation Landscaping Project  $8,645 Held a workshop with a classroom and field component about installation of conservation-based landscaping for stormwater management to educate landscape professionals and local government staff.
2013, Task 56 Site Selection and Design of a Conservation Landscaping Workshop
 $12,177 Held a workshop about site selection and design of conservation-based landscaping for stormwater management to educate landscape professionals and local government staff. 
2011, Task 54 Plant NOVA Natives Campaign  $71,500 Pre-campaign research and design of Plant NOVA Natives campaign following regional model developed by Virginia CZM. Regional native plant guide - Native Plants for Northern Virginia - published. Pilot of campaign launched in fall of 2014.
2010, Task 12.07  Sustainable Shoreline Community Management in Northern Virginia; Phase III
$60,510  Addressed coastal hazards and sea level rise preparation in a collaborative manner and sought to regionalize planning efforts for sea level rise in northern Virginia. Strategies were developed for the region to proactively prepare for impacts from inundation due to projected sea level rise and storm surge flooding.
2010, Task 97.02 Conservation Corridors
 $55,000 Allowed the region’s local and regional planners and conservation organizations to work collaboratively to ensure that development can occur in a manner that considers and protects the region’s most valuable natural resource assets.
2009, Task 97.02 Conservation Corridors
 $55,716 Established an advisory group with members that represent a variety of local gov't planning interests, including general land use, open space, and park development. Resource groups were established to better define the regional significance of water resources, cultural heritage resources, and nature-based recreational resources.
2009, Task 12.07 Sustainable Shoreline Community Management in Northern Virginia; Phase II
$69,335  Focused on the vulnerability assessment mapping and policy analysis using the feedback from the coastal zone survey of waterfront property owners. A report was developed for existing development, future development, critical infrastructure and natural resources. This report assists in the integration of strategies and recommendations into local planning tools, ordinances, and policies.
2008, Task 12.06 Sustainable Shorelines and Community Management in Northern Virginia;, Phase I
$51,500  Identified areas of concern on maps of the Potomac River shoreline and reviewed and provided feedback on vulnerability maps. The effort included a region-wide assessment of the number of parcels and extent of tidal wetlands affected based on a one and three-foot rise in sea level and an additional 10 foot rise due to storm surge.