适应纽约市

The City of New York uses the latest climate science to inform resiliency and adaptation decision-making, as well as expand opportunities to work with local communities and institutions to understand needs and priorities. 

The New York City Panel on Climate Change (NPCC): A 20-member independent advisory body that synthesizes scientific information on climate change and advises City policymakers on local resiliency and adaptation strategies that aim to protect against rising temperatures, increased flooding, and other hazards.

这 Climate Vulnerability, Impact, and Adaptation Analysis (VIA): Assessing future climate change and its potential impacts to inform the City’s decision-making by bring together scientific and local information on social and economic vulnerability, public health, and climate change to inform policy and action for communities most vulnerable and at-risk.

Climate Change Adaptation Task Force and Inter-Agency Climate Assessment Team: Since 2008, MOCEJ has convened the Climate Change Adaptation Task Force (CCATF) in order to review the climate change projections as recommended by the New York City Panel on Climate Change and evaluate potential impacts. CCATF is comprised of over 60 different organizations including city, state, and federal agencies, private organizations, and entities responsible for managing the City’s public health, natural systems, critical infrastructure, buildings, and economy. Given the broad remit of and large number of organizations that comprise CCATF and other boards, MOCEJ has also established the Inter-agency Climate Assessment Team (ICAT) to strengthen the relevance of NPCC climate assessments to agency policy and decision-making by coordinating and supporting interactions between NPCC Working Groups (WG) and City staff. Together, these entities entrench climate data into the City’s decision-making and that of our critical partners.

The New York City 气候知识状况: Maintains a public agenda for climate research in NYC. The agenda includes public engagement, united local knowledge, academic climate research, and City agency know-how to co-produce actionable results. 

Hazard Mitigation Plan: Enables the City to continuously identify, assess and reduce our risk from an array of hazards threatening our city. 

Climate Adaptation Plan for Public Housing (NYCHA): Lays out how climate hazards will affect NYCHA in the coming decades; where there are specific vulnerabilities to climate hazards; and an approach to preparing NYCHA for a changing climate. 

综合滨水区规划: Articulates the City’s vision for a more equitable, more resilient, and healthier waterfront for all New Yorkers. 

纽约酷社区: To combat extreme heat, the City implemented a $100 million program designed to keep New Yorkers safe and cool by expanding the City’s tree canopy and investing in social resiliency programs. 

降雨准备纽约: Offers short-term, actionable steps New Yorkers and city government can take to prepare for extreme rain together. 

Wastewater Resiliency Plan: Identifies and prioritizes infrastructure that is most at risk of flood damage for resiliency upgrades.  

Special Initiative for Recovery and Resiliency (SIRR): Contains actionable recommendations both for rebuilding the communities impacted by Hurricane Sandy and increasing the resilience of infrastructure and buildings citywide. 

Progressive Design Build: 纽约市积极倡导纽约州通过渐进式设计建造立法，以更有效地设计和建造关键的弹性基础设施。 

Zoning for Carbon Neutrality: The Department of City Planning is working with MOCEJ on updates to the City’s regulations to Zoning for Zero Carbon that support the City’s ambitious climate goals. These updates will remove regulatory impediments to solar installation, support the growth of EV and micromobility infrastructure, improve energy efficiency and building performance standards for retrofits and new construction, and help advance the city’s stormwater and waste management goals.

纽约市气候弹性设计指南: Provides guidance and tools that go beyond current building codes and standards to incorporate forward-looking climate data into design. These step-by-step instructions help engineers, architects, and project managers prepare for future conditions when they design City facilities. These guidelines have been replicated across the nation and most recently were codified into law, following a 5-year pilot via LL41 (2021).  

Transportation Resiliency: Track climate risks facing the City’s diverse transportation assets, from streets and sidewalks to bridges and streetlights. Guidelines have been developed to ensure that the projects built today can withstand the climate threats of tomorrow. 

Design and Planning for Flood Resiliency: Provides guidance for developing and renovating coastally resilient waterfront parks. The Guidelines are specifically tailored for NYC Parks with the hope that other planners, designers, consultant firms, agencies, communities, and homeowners can use them as a reference for coastally resilient park planning and design. 

邻里沿海防洪指南: Plan and design neighborhood coastal flood protection projects that are equitable, resilient, and well-designed. 

Collaboration with State Utility and Authority Partners: NYC actively engages with our utility and state partners including 康德， 国家电网, 大都会交通管理局 (MTA), 港务局和其他确保我们地区关键相互依存关系的人正在考虑最新的气候预测，并为当前和未来的脆弱性做好准备。 

FEMA’s Hazard Mitigation grants: Including Building Resilient Infrastructure and Communities (BRIC) and the Flood Mitigation Assistant (FMA) program, they help ensure that the city can continually identify, assess and reduce our risk from an array of hazards. Most recently, NYC won BRIC grants for the Seaport Coastal Resilience Project and the Clinton Houses Cloudburst Project. For FY 2022, New York City agencies submitted subapplications for nearly $200M in funding from the BRIC and FMA programs.

Housing Mobility: The City is actively pursuing federal resources to develop programs and services that support equitable, voluntary housing mobility for New Yorkers who live in areas with high flood risk. The City’s goals are to limit and prevent involuntary long-term displacement caused by flooding and equip homeowners and renters in flood-prone areas with the resources to plan and budget for a future move and transition to equitable and resilient long term land stewardship. Housing mobility services, as described in the  纽约市综合滨水区计划，将优先考虑中低收入家庭的需求。它们还将反映与住房倡导者以及因洪水、流离失所风险和住房歧视造成的生命安全危害不成比例的人群的接触。 

Pre-Disaster Mitigation Funding: The City is also advocating for the federal government to create a coastal infrastructure formula funding program for pre-disaster mitigation. Without dedicated formula funding it is difficult to be efficient and effective in executing large scale multi-year projects. As a nation, we allocate formula funds for recognized needs such as housing and transportation – resiliency must be added to that list. 

Resilience Hubs: NYC is developing a plan for a network of resilience hubs in NYCHA developments with a $256,000 grant from FEMA. This funding will help inform future capital investments that can transform community spaces on NYCHA’s campuses into resilience hubs that include features such as backup power, reliable heating and cooling, charging stations, and medical refrigeration. 

气候变化正在导致更频繁和更强烈的热浪。平均每年，死于极端高温的人数超过死于所有其他类型极端天气的人数。但热死是可以预防的。 New York City is adapting the built environment and public realm to keep New Yorkers cooler on hot days.

气候科学与数据

• 这 热脆弱性指数 (HVI) is a measure of how at risk a neighborhood is during extreme heat compared to other neighborhoods. It summarizes the most important social and environmental factors that contribute to neighborhood heat risk.
• Temperature Monitoring:  The City monitors indoor and outdoor temperatures to better understand how our natural systems and built infrastructure, such as green space and building conditions, impact temperatures on the hyper-local neighborhood scale.
• 该市正在制作新的高分辨率热风险预测，这将有助于它为未来的极端高温条件做好准备和规划。

Expanding Tree Canopy

Parks is celebrating a massive climate milestone reached in tree canopy expansion; more trees have been planted on city streets this past fiscal year than in the past five fiscal years, with over 13,000 planted in FY22. In September 2022, the City committed an additional $112 million for the program to plant an estimated 36,000 additional trees per year in HVI-4 neighborhoods through 2026. Parks has prioritized planting trees in neighborhoods most at risk, including:  Williamsbridge, Woodlawn, Eastchester, Edenwald, Soundview, Morris Park in the Bronx; Seagate, Coney Island, East Flatbush, Bushwick, Crown Heights, Flatlands, Sunset Park in Brooklyn, West Harlem, East Harlem, Lower East Side in Manhattan; and Hunters Point, Sunnyside, Long Island City, Elmhurst, and Laurelton in Queens.  

Since 2017, 11,634 street and park trees will have been planted in the most heat-vulnerable (HVI-5) neighborhoods, with an estimated 14,530 more to be planted through Spring 2024. 

Cooling Streets and Roofs

2022 年，纽约市交通局获得 $320,500 FEMA金砖四国 grant to develop new heat mitigation strategies for streetscapes. This grant was one of only two heat mitigation FEMA BRIC grants awarded nationwide. The findings from this project will inform future street redesign projects and will help the New York City develop better benefit cost analyses for heat mitigation projects. 

New York City will support legislation that pilots the use of cool pavements, light-colored pavements and coating materials that are designed to reduce temperatures in streets and public spaces. 

自 2009 年以来，该市已覆盖超过 1100 万平方英尺的屋顶。自 2017 年以来，已在高 HVI 区域安装了 70% 的新型冷屋顶。纽约市将继续优先考虑在高 HVI 地区进行外展和新的凉爽屋顶。 

Cooling Centers

降温！纽约市 is an online interactive map that directs New Yorkers to outdoor cooling features such as well-shaded streets, parks with sprinklers and water fountains, and fire hydrants with spray caps. During heat emergencies, New York City operates an extensive network of Cooling Centers, primarily in libraries, community centers, and senior centers, offering safe, free access to cooling during heatwave events. CBOs can also sign up to be a cooling center partner. 

Cooling Homes

这 City has advocated for increased Federal funding of the State-administered Home Energy Assistance Program (HEAP); policy changes to help lower physical and utility-cost barriers for in-home cooling; and more efficient cooling technology.

For more information, see 极热 hazard.

The increasing threats caused by coastal flooding present complex challenges that require innovative adaptation solutions. No single strategy or project will eliminate all coastal flood risks. Multiple adaptation measures and layers of resiliency are critical components of the city’s coastal flood adaptation planning. 

气候科学与数据

• 该市与纽约大学和纽约市立大学合作推出 洪水网络, a cooperative of communities, researchers, and New York City government agencies that work to better understand the frequency, severity, and impacts of flooding in New York City. The data and knowledge gained can be used by residents, researchers, city agencies, and advocates to reduce flood risk. The City will expand 洪水网络 to 500 sensors over the next 5 years, with locations to be determined by an analysis of stormwater risk, tidal flooding risk, storm damages, environmental justice history, social vulnerability, critical infrastructure, and proximity to wireless network connections.
• 纽约市城市规划局 洪水灾害地图 全面概述了当今威胁城市的沿海洪水灾害，以及这些灾害在未来可能如何随着气候变化而增加。
• The Mayor’s Office of Climate & Environmental Justice (MOCEJ) is leading the development of Future Flood Risk Maps that accurately depict current coastal flood risk and future sea level rise. These maps will be used for building and planning purposes.
• MOCEJ is developing a Flood Vulnerability Index analysis tool that will enable visualization of coastal and stormwater flood vulnerability. 

Protecting and Expanding Natural Coasts 

NYC is protecting its coast lines by expanding natural coastal resources and constructing new coastal protection infrastructure. NYC will continue to work with partners and advocate for funding that supports the development and implementation of coastal resiliency programs and projects. 

New York City has partnered with the US National Parks Service and the US Army Corps of Engineers improving out natural systems by managing and preserving 10,000 acres of wetlands at Jamaica Bay, which provides critical resiliency benefits for coastal storm surge.  

Building Coastal Protection

Since Hurricane Sandy in 2012, NYC has constructed award-winning coastal protection projects, an entirely new class of infrastructure for the city, that protect our waterfront neighborhoods from devastating storm surge and regular tidal flooding. These complex projects are among the first of their kind in a dense urban environment like New York City. 

这 US Army Corps of Engineers (USACE) in partnership with New York DEC, New Jersey DEP, and the City of New York, will study the management of future coastal flood risk through the 纽约州和新泽西州港口及支流沿海风暴风险管理研究 (HATS) to support the long-term resilience and sustainability of the coastal ecosystem and surrounding communities and reduce the economic costs and risks associated with flood and storm events.

NYCHA Recovery and Resiliency 

New York City Housing Authority (NYCHA)’s Recovery and Resiliency program is building back safer, stronger, and smarter by improving structural resiliency and infrastructure protection. 35 NYCHA developments have received over $3 billion in resiliency funding through FEMA. 20 NYCHA developments are receiving new flood-proofed heating and hot water systems. 210 buildings are now powered by permanent, full-load generators for power outages.

重建它 

Through the 重建它 program, the City helped 12,500 families recover from Hurricane Sandy by providing resources for impacted New Yorkers in all five boroughs to repair, rebuild, and elevate their homes, or relocate.

Building Code 

纽约市建筑局在沿海洪泛区制定了全面的建筑法规，以促进公众健康、安全和一般福利，并最大限度地减少沿海洪水造成的损失。 

Zoning Regulations 

纽约市城市规划局 (DCP) 更新了分区条例——沿海防洪分区 (ZCFR)—that allow homeowners, business owners, architects and others to design resilient buildings that are better protected from flood risk, reduce flood insurance costs, and recover quickly from other future disasters.  

DCP 设立特别沿海风险区 2017 年解决目前极易遭受洪水威胁的沿海地区。

Building on precedents set after Sandy, the City will incorporate future flood risk into building and zoning code requirements based on the development of a groundbreaking Future Flood Risk Map that incorporates climate projections.

For more information, see 沿海浪涌洪水 和 慢性潮汐洪水 hazards.

NYC is using a multi-layered strategy to prepare for extreme rainfall 和 manage stormwater, using grey and green infrastructure to improve the health of our local waterways and prevent flooding. Flooding from extreme rain can happen in coastal and inland areas, with low-lying and highly impervious areas at greater risk. 在过去的三十年里，纽约市改变了其雨水管理和极端降雨恢复能力的方法。 

气候科学与数据

• 该市与纽约大学和纽约市立大学合作推出 洪水网络, a cooperative of communities, researchers, and New York City government agencies that work to better understand the frequency, severity, and impacts of flooding in New York City. The data and knowledge gained can be used by residents, researchers, city agencies, and advocates to reduce flood risk. The City will expand 洪水网络 to 500 sensors over the next 5 years, with locations to be determined by an analysis of stormwater risk, tidal flooding risk, storm damages, environmental justice history, social vulnerability, critical infrastructure, and proximity to wireless network connections.
• To help New Yorkers understand and prepare for this risk, the City has created Stormwater Maps that show moderate stormwater flooding scenarios under current and future sea level rise conditions, as well as an extreme stormwater flooding scenario under future conditions. 
• MOCEJ is developing a Flood Vulnerability Index analysis tool that will enable visualization of coastal and stormwater flood vulnerability. 
• The City is conducting new climate analyses that characterize current and future extreme heavy rainfall in NYC. These include studying the strategic deployment of backwater valves and the potential to install these devices in the most at-risk residential buildings, through a FEMA Flood Mitigation Assistance grant, to protect homes, businesses, and public health from wastewater backing up from the sewer during extreme storms.

暴雨管理

New York City is incorporating cloudburst design principles into city construction, starting with the most vulnerable areas. Cloudburst management implements a combination of methods that absorb, store, and transfer stormwater to minimize flooding from cloudburst events using grey and green infrastructure. Four new locations for Cloudburst projects have been announced for Corona and Kissena Park, Queens, Parkchester, Bronx, and East New York, Brooklyn. They join the city’s ongoing work in South Jamaica and St. Albans, Queens and East Harlem, Manhattan. In 2023, NYCHA announced progress on cloudburst management at 8 NYCHA developments.

NYC will utilize the $188 million in CDBG-DR funding awarded following Tropical Cyclone Ida, including projects such as expanding green infrastructure ($30 million), public housing restoration and resiliency ($88 million), and developing resilient community spaces in two affordable senior housing developments ($9 million).

Sewer Upgrades 

In Southeast Queens alone, DEP has completed 18 of 44 projects with another 17 in various stages of design, procurement, and construction. It has built out sewers with 125 miles of new/updated sewer infrastructure in the last 5 years. 

通过新的和升级的基础设施优化下水道性能，加强维护，并采用新技术来识别新出现的问题并针对这一关键基础设施制定解决方案。 

Stormwater Capture 

Maximizing stormwater capture on public and private buildings and infrastructure through the 2022 Unified Stormwater Rule will require developers of large parcels to retain as much stormwater on site as possible and detain the rest onsite. 

Green Infrastructure Stormwater Management 

Green infrastructure collects stormwater from streets, sidewalks, and other hard surfaces before it can enter the sewer system or cause local flooding. By reducing the amount of stormwater that flows into the Sewer System, green infrastructure helps prevent Sewer Overflows and improves the health of local waterways. DEP has constructed over 11,000 green infrastructure assets and 17,000 linear feet of porous pavement to capture heavy rainfall, improve water quality, and prevent flooding, using nature-based measures. DEP’s  Green Infrastructure Grant Program funds such initiatives as a rooftop farm on Staten Island that grows healthy organic food and absorbs stormwater, in an effort to help reduce neighborhood flooding and protect the health of New York Harbor. By keeping rainfall out of the local drainage system, this rooftop farm — situated on top of the Nicotra Group’s Corporate Commons Three building — helps manage stormwater and decrease neighborhood flooding. 

The Bluebelt Program 

蓝带 are ecologically rich and cost-effective drainage systems that naturally handle the runoff precipitation that falls on our streets and sidewalks. NYC has completed 84 Bluebelt projects across 3 boroughs and piloted stream daylighting to capture and manage stormwater using large-scale nature-based measures.

Southeast Queens Project 

这 Interactive Southeast Queens Project Map highlights projects that are in construction or have been completed as part of the City’s $1.9 billion effort to reduce flooding and upgrade infrastructure throughout Southeast Queens.

Resilient NYC Partners  

This City-funded program supports private property owners to build rain gardens, fix drainage issues, replace paved areas, and other stormwater resiliency efforts. 

Building-Level Stormwater Management 

NYC is studying the strategic deployment of backwater valves and the potential to install these devices in the most at-risk residential buildings, through a FEMA Flood Mitigation Assistance grant, to protect homes, businesses, and public health from wastewater backing up from the sewer during extreme storms. 

Stormwater Playgrounds

The Trust for Public Land, in partnership with the DEP, the Department of Education (DOE), the School Construction Authority (SCA), and funders, are transforming schoolyards in vulnerable areas into community playgrounds, featuring green infrastructure to manage stormwater and give quality park access to residents within a 10-minute walk of the school.

For more information, see 极端降雨 hazard.

Ready New York: An emergency public education campaign that prepares communities for all types of emergencies and hazards with such measures as writing an emergency plan, choosing a meeting place, gathering supplies, and preparing a Go Bag.

Flood Insurance: 该市通过以下方式进行了广泛的宣传和教育 FloodHelpNY.org 自飓风桑迪以来将 NFIP 注册人数增加约 50%。纽约市致力于扩大有关洪水风险和洪水保险的外展和教育工作，以提高意识并推动房主、租房者和企业主对洪水保险的接受，以支持纽约人的身体和财务弹性。 In 2023, FloodHelpNY released Community Flood Action Toolkits.

NYC will continue to advocate for federal legislative reforms to the 国家洪水保险计划 (NFIP), which provides federally-backed flood insurance for NYC property owners, renters, and businesses to help them repair and rebuild faster after a flood. Suggested reforms include an affordability program, to ensure flood insurance remains accessible for the households that need it the most. 

纽约市将支持促进洪水风险披露的州和联邦立法，并与合作伙伴合作，确保居民在购买或出租房产之前能够获得有关房产洪水历史和洪水保险定价的透明信息。 

Retro-Fit Funding Assistance: NYC will continue to identify ways to support resilience retrofits for 1-to-4 family homeowners. The City will do this through financial and technical assistance in partnership with state, federal, and non-profit partners that considers how retrofits may impact renters and influence displacement. It will also work to reduce regulatory barriers in the design & construction process that prevent or discourage resiliency retrofits. 

纽约市正在积极倡导为更公平的投资提供额外的联邦资金和灵活性，并继续探索扩大可供建筑业主进行弹性改造的资源池的方法。这包括与私人和非营利资源合作；并与 FEMA 一起使拨款资格与联邦目标保持一致，以提高人口稠密城市地区的弹性和可持续性，资助项目规划和范围界定，支持热缓解项目，激励基于自然的解决方案和湿地项目，并改进效益成本分析以更好地考虑城市地区的风险，并在资源匮乏的社区获得更多的项目收益。 

Resilient NYC: Works with city agency, non-profit, and private partners to develop programs, resources, and financing to support critical infrastructure protections and deploy building-level retrofits that are resilient and sustainable in single and multi-family buildings, such as backwater valves, installation of flood-resistant materials, and the elevation of mechanical systems in at-risk communities. 

SBS 商业准备 (BPREP): Supports small businesses, the backbone of the City’s economy, through expanding citywide to help small businesses better prepare for emergencies like those caused by flooding and power outages. The City is expanding BPREP through a $6M commitment to reach an additional 1,040 businesses citywide, on top of the $7.1 million already invested.

在飓风桑迪 10 周年之际，亚当斯政府启动 Climate Strong Communities, 下一代弹性和可持续性项目，这些项目是积极主动的、多危害的，并以环境正义为中心。

• It invests in communities left unaddressed by limited Hurricane Sandy recovery funding and with a focus on environmental justice
• It leverages existing resiliency and sustainability planning and capital commitments.
• It maximizes federal and state funding opportunities, such as the Infrastructure Investment and Jobs Act (IIJA).
• It is centered on proactive engagement with stakeholders during blue skies, and community-centered in its planning.

The Mayor’s Office, the Environmental Justice Interagency Working Group, and the Environmental Justice Advisory Board are working on the City’s first comprehensive study of the present state of environmental justice in the NYC. The 环境正义报告 will identify the city’s environmental justice areas, analyze environmental and climate issues, and identify which communities are disproportionately impacted by environmental burdens and not seeing the benefits of green investments made by the City. The report will study issues citywide but also include a focus on how these issues impact the city’s environmental justice areas.