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Browse History: Assawoman Bay (2009) | Chincoteague Bay (2009) | Isle of Wight Bay (2009) | Newport Bay (2009)

Maryland Coastal Bays - Reporting Region Summary:



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Scores & Conceptual Diagram


Coastal Bays Health Index
Coastal Bays Health Index Icon
38%
D+
Newport Bay: 2009

Newport Bay received a grade of D+.  

This region received the worst grade of any reporting region in 2009. Hard clams and seagrasses were very poor, while dissolved oxygen and nutrients were moderate. Scores in this region were very similar to those in the St. Martin River, likely because both regions are heavily influenced by upland runoff.


This region received the worst grade of any reporting region in 2009. Hard clams and seagrasses were very poor, while dissolved oxygen and nutrients were moderate. Scores in this region were very similar to those in the St. Martin River, likely because both regions are heavily influenced by upland runoff.

Score Legend
Locator Map
  Indicator Score     Indicator Score
Chlorophyll a Icon Chlorophyll a
77%
  Seagrass Icon Seagrass
17%
Dissolved Oxygen Icon Dissolved oxygen
43%
  Hard Clams Icon Hard Clams
5%
Total Nitrogen Icon Total Nitrogen
45%
       
Total Phosphorus Icon Total Phosphorus
40%
       
 
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Region Info

Natural shorelines and expansive marshes are found throughout Newport Bay.

Geography of the region

The towns of Berlin and Newark are located in the Newport Bay area. Land use is dominated by forested land and agriculture. Trappe Creek is a major tributary into the Bay. The bay is flanked by wide marshes and a complex of wetlands, channels, ponds and uplands.


Aerial view of Newport Bay, showing the mostly natural shoreline and expansive marshesNewport Bay land use


 

Health Pressures

The Town of Berlin has experienced flooding in the Bottle Branch and Kitts Branch subwatersheds for years.  Flooded streets and neighborhoods are a common occurrence during even small rain events.

Past studies have determined that flooding is the result of poorly maintained storm water ponds and conveyances. The low relief of the watershed also results in natural ponding which new residents do not anticipate. Hydologic engineering can resolve some of the water volume issues, but also need to manage for water quality as well. Best management practices are slowly being incorporated into the watershed to improve water quality. Examples include stream side buffer plantings, spray irrigation of treated wastewater and infrastructure upgrades. Additionally, community efforts such as Grow Berlin Green are encouraging residents to fertilize less often, install rainbarrels and incorporate low impact design standards to prevent flooding.

Additional Info

Relevant Websites

Watershed Restoration Action Strategies