The New York Bight is the geological identification applied to a roughly triangular indentation, regarded as a bight, along the Atlantic coast of the United States that extends northeasterly from Cape May Inlet in New Jersey to Montauk Point on the eastern tip of Long Island. As the result of direct contact with the Gulf Stream along the coast of North America, the coastal climate of the bight area is temperate. [1]
The bight is formed by the roughly right-angled intersection of the generally north-south Atlantic coast of New Jersey and the approximately east–west southern coast of Long Island at the mouth of the Hudson River. The New York Bight Apex is the area including and between the Hudson River estuary and the Raritan River estuary extending 6–7 km of the coast, and it includes Raritan Bay and the Lower New York Bay. [2]
The geography of the bight has long been of major concern to meteorologists in the study of tropical storm patterns along the eastern coast of North America. These geographical characteristics of the area are among the primary reasons that, despite its northerly latitude, the New York Metropolitan Area is considered a high danger zone for storm-generated ocean-water surges. [3] Specifically, in the presence of a hurricane off the coast of New Jersey, the easterly cyclonic winds along the northern edge of the storm could drive a strong surge to the west, laterally along the southern coast of Long Island and straight into Lower New York Bay. The angular bend of the New Jersey coast would leave little outlet for the surge, leading to widespread flooding throughout New York City, especially along the southern coast of Staten Island and Manhattan.
Examples of the effects of this phenomenon are the 1893 New York hurricane, in which storm surges of up to 30 feet (9.1 m) were reported, [4] [5] and Hurricane Sandy in 2012.
The sea floor of the New York Bight consists largely of continental shelf. It includes the offshore Hudson Canyon, an undersea Pleistocene submarine canyon that was formed by the Hudson River during the ice ages, when the sea levels were lower. [6]
The bight includes major shipping channels that access New York Harbor.
The Bureau of Ocean Energy Management (BOEM) is a federal agency responsible for determining offshore areas where wind farms may be built on the Outer Continental Shelf. [7]
In March 2021, reports appeared that the Biden administration is considering giving priority designation for offshore wind projects to the New York Bight. [8]
BOEM sells leases to qualified bidders. [9] The waters in New Jersey and New York have been leased to private concerns for the development of US offshore wind farms. [10] The first lease auctions were held in February 2022 for 5.6 gigawatts of power capacity and annual energy production of 19.6 TWh, [11] [12] for a total of $4.37 billion, with one area going for over one billion dollars. [13] [14]
Lower New York Bay is a section of New York Bay south of the Narrows. The eastern end of the Bay is marked by two spits of land, Sandy Hook, New Jersey, and Rockaway, Queens. The waterway between the spits connects the Bay to the Atlantic Ocean at the New York Bight. Traversing the floor of the Bay southeasterly from the Narrows to the Bight and beyond is Hudson Canyon.
The New York–New Jersey Harbor Estuary, also known as the Hudson-Raritan Estuary, is in the northeastern states of New Jersey and New York on the East Coast of the United States. The system of waterways of the Port of New York and New Jersey forms one of the most intricate natural harbors in the world and one of the busiest ports of the United States. The harbor opens onto the New York Bight in the Atlantic Ocean to the southeast and Long Island Sound to the northeast.
The 1821 Norfolk and Long Island Hurricane was one of four known tropical cyclones that have made landfall in New York City. Another, even more intense hurricane in pre-Columbian times left evidence that was detected in South Jersey by paleotempestological research. The third was the 1893 New York hurricane, and the fourth was Hurricane Irene in 2011.
This is an overview of Equinor's operations in various countries. Equinor is a Norwegian petroleum company.
Offshore drilling for oil and gas on the Atlantic coast of the United States took place from 1947 to the early 1980s. Oil companies drilled five wells in Atlantic Florida state waters and 51 exploratory wells on federal leases on the outer continental shelf of the Atlantic coast. None of the wells were completed as producing wells. All the leases have now reverted to the government.
Ørsted U.S. Offshore Wind is an offshore wind energy development group that is affiliated with Ørsted, a Danish firm. It is joint headquartered in Boston, Massachusetts and Providence, Rhode Island. As of 2019, it was involved in some of the largest offshore wind farm projects in the United States.
The Bureau of Ocean Energy Management (BOEM) is an agency within the United States Department of the Interior, established in 2010 by Secretarial Order. The oil, gas, and renewable energy related management functions formerly under the purview of the Minerals Management Service (MMS) were delegated to the BOEM and its sister agency, The Bureau of Safety and Environmental Enforcement. Specifically, BOEM is involved in resource evaluation, planning, and leasing.
Wind power in New Jersey is in the early stages of development. New Jersey has just six wind turbines, but the state has plans to develop several major offshore wind projects on the continental shelf of the Atlantic Ocean off the southern Jersey Shore. Legislation has been enacted to support the industry through economic incentives and to permit wind turbines on existing piers.
The December 1992 nor'easter produced record high tides and snowfall across the northeastern United States. It developed as a low pressure area on December 10 over Virginia, and for two days it remained over the Mid-Atlantic states before moving offshore. In Maryland, the snowfall unofficially reached 48 in (1,200 mm); if verified, the total would have been the highest in the state's history. About 120,000 people were left without power in the state due to high winds. Along the Maryland coast, the storm was less severe than the Perfect Storm in the previous year, although the strongest portion of the storm remained over New Jersey for several days. In the state, winds reached 80 mph (130 km/h) in Cape May, and tides peaked at 10.4 ft (3.2 m) in Perth Amboy. The combination of high tides and 25 ft (7.6 m) waves caused the most significant flooding in the state since the Ash Wednesday Storm of 1962. Several highways and portions of the New York City Subway and Port Authority Trans-Hudson systems were closed due to the storm. Throughout New Jersey, the nor'easter damaged about 3,200 homes and caused an estimated $750 million in damage (1992 USD).
Hurricane Sandy was the costliest natural disaster in the history of New Jersey, with economic losses to businesses of up to $30 billion. The most intense storm of the 2012 Atlantic hurricane season, Sandy formed in the Caribbean Sea on October 22. For days ahead of its eventual landfall, the hurricane was expected to turn toward New Jersey, as anticipated by tropical cyclone forecast models and the National Hurricane Center (NHC). On October 29, Sandy lost its characteristics of a tropical cyclone and transitioned into an extratropical cyclone while approaching the New Jersey coast. About two and a half hours later, the former hurricane moved ashore New Jersey near Brigantine in Atlantic County, just north of Atlantic City, producing wind gusts as strong as 91 mph (146 km/h).
Wind power in Maryland, which has land-based and offshore resources, is in the early stages of development. As of 2016, Maryland has 191 megawatts (MW) of wind powered electricity generating capacity, responsible for 1.4% of in-state generated electricity. Two offshore wind farm projects that will supply wind-generated power to the state are underway.
The New York Harbor Storm-Surge Barrier is a proposed flood barrier system to protect the New York-New Jersey Harbor Estuary from storm surges. The proposed system would consist of one barrier located across the mouth of Lower New York Bay, possibly between Sandy Hook (N.J.) and Rockaway (N.Y.), and a second on the upper East River to provide a ring of protection to most of the bi-state region. Through extensive use of floodgates, both barriers would have largely open cross-sections during normal conditions to minimize environmental impacts on the estuary and port operations.
Ocean Wind is a proposed utility-scale 2,248 MW offshore wind farm to be located on the Outer Continental Shelf approximately 15 miles (24 km) off the coast of Atlantic City, New Jersey. It is being developed by Ørsted US Offshore Wind in conjunction with Public Service Enterprise Group (PSE&G). Construction ) and commissioning are planned for the mid-2020s. The closed Oyster Creek Nuclear Generating Station and B.L. England Generating Station would provide transmission points for energy generated by the wind farm. It will be the largest producer of wind power in New Jersey and largest offshore wind farm in the United States.
US Wind is an offshore wind energy development company founded in 2011 that is a subsidiary of Italy-based Renexia SpA, part of Toto Holdings. It is headquartered in Baltimore, Maryland. Since 2014, it has been involved in one of the largest offshore wind farm projects in the United States.
Skipjack is a 966 MW capacity off shore wind farm, proposed by Ørsted US Offshore Wind to be built on the Outer Continental Shelf Offshore Delaware, approximately 16.9 nautical miles from the coast opposite Fenwick Island. It was originally projected that the project, which will provide power to Maryland, would be commissioned in 2022, It is one of the wind farm projects providing wind power to Maryland, the others being MarWin and Momentum Wind.
South Fork Wind Farm is a utility-scale offshore wind farm project on the Outer Continental Shelf Offshore Rhode Island (RI) which will provide energy to New York state.
The Coastal Virginia Offshore Wind (CVOW) is an offshore wind energy project located about 43 km (27 mi) off the coast of Virginia Beach, Virginia, U.S. The initial phase, a two-turbine, 12-MW pilot project constructed in 2020, is the second utility scale offshore wind farm operating in the United States. Dominion Energy and Ørsted US Offshore Wind collaborated on the project, which is estimated to have cost $300 million and is expected to generate enough electricity to power up to 3,000 homes. It is the first utility scale wind farm serving Virginia and the first built in U.S. federal waters, in a wind lease area that covers about 2,135 acres.
Empire Wind is a proposed utility-scale offshore wind farm on the Outer Continental Shelf Offshore New York. It will be located in Bureau of Ocean Energy Management (BOEM) lease area OCS-A 0512 in the New York Bight about 15 miles (24 km) south of Jones Beach, Long Island.
Offshore wind power is in the early stages of development in the United States. In 2016, the United States Department of Energy estimated that the country has a gross resource potential of 10,800GW of offshore wind capacity, with a "technical" resource potential of 2,058GW. Offshore wind projects are under development in wind-rich areas of the East Coast, Great Lakes, and Pacific coast. The first commercial offshore wind farm, Block Island Wind Farm, began operation in 2016. As of 2017, about 30 projects totaling 24 gigawatts (GW) of potential installed capacity were being planned.
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