Black and Wire Narrows Marsh
Welcome to Black and Wire Narrows Marsh, a Temperate island in the North Atlantic Ocean, part of the majestic Atlantic Ocean. This guide offers a comprehensive overview of what makes Black and Wire Narrows Marsh unique – from its geography and climate to its population, infrastructure, and beyond. Dive into the details:
- Geography and Size: Explore the island’s size and location.
- Climate and Weather: Weather patterns and temperature.
- Topography and Nature: Uncover the natural wonders of the island.
- Infrastructure and Travelling: Insights on reaching, staying, and making the most of your visit.
- News and Headlines: Latest News.
Geography and size of Black and Wire Narrows Marsh
Size: 3.775 km²
Coastline: 14.6 km
Ocean: Atlantic Ocean
Sea: North Atlantic Ocean
Continent: North America
Black and Wire Narrows Marsh is a Small Island spanning 3.8 km² with a coastline of 14.6 km.
Archipel: –
Tectonic Plate: North America – Covers North America and parts of the Atlantic and Arctic Oceans, characterized by diverse geological features and varying levels of seismic activity.
The geographic heart of the island is pinpointed at these coordinates:
Latitude: 37.93444167 / Longitude: -75.39967801
Climate and weather of Black and Wire Narrows Marsh
Climate Zone: Temperate
Climate Details: Humid Subtropical Climate
Temperature: Hot Summer
Climate Characteristics: With continuous rainfall and hot summers, this climate is common in some coastal regions, supporting diverse vegetation.
Topography and nature of Black and Wire Narrows Marsh
Timezone: UTC-05:00
Timezone places: America/New_York
Max. Elevation: 0 m
Mean Elevation: 0 m
Vegetation: Wetland
Tree Coverage: 54%
The mean elevation is 0 m. The highest elevation on the island reaches approximately 0 meters above sea level. The island is characterized by Plains: Flat, low-lying lands characterized by a maximum elevation of up to 200 meters. On islands, plains are typically coastal lowlands or central flat areas.
Dominating Vegetation: Wetland
These areas are saturated with water, either permanently or seasonally, and support aquatic plants. Wetlands are important for biodiversity and water filtration. Black and Wire Narrows Marsh has a tree cover of 54 %.
Vegetation: 6 vegetation zones – Very Highly Diverse Island
Islands in this range are ecological powerhouses, showcasing a wide array of vegetation zones. Each zone, from lush rainforests to arid scrublands, coastal mangroves to mountainous regions, contributes to a complex and interdependent ecosystem. These islands are often hotspots of biodiversity, supporting numerous species and intricate ecological processes.
Infrastructure and Travelling to Black and Wire Narrows Marsh
Does the island have a public airport? no.
There is no public and scheduled airport on Black and Wire Narrows Marsh. The nearest airport is Salisbury Ocean City Wicomico Regional Airport, located 45 km away.
Does the island have a major port? no.
There are no major ports on Black and Wire Narrows Marsh. The closest major port is SALISBURY, approximately 52 km away.
The mean population of Black and Wire Narrows Marsh is 0 per km². Black and Wire Narrows Marsh is Uninhabited. The island belongs to United States of America.
Continuing your journey, Assateague is the next notable island, situated merely km away.
Mud Boat Crossing the Street
United States of America is classified as Developed region: G7: Group of Seven – Major advanced economies, including Canada, France, Germany, Italy, Japan, the United Kingdom, and the United States. The level of income is High income: OECD.
News – Latest Updates and Headlines from Black and Wire Narrows Marsh
Stay informed with the most recent news and important headlines from Black and Wire Narrows Marsh. Here’s a roundup of the latest developments.
Please note: The data used here has been primarily extracted from satellite readings. Deviations from exact values may occur, particularly regarding the height of elevations and population density. Land area and coastline measurements refer to average values at mean high tide.