Urban Flooding Awareness Act of 2015

To direct the Administrator of the Federal Emergency Management Agency to enter into an agreement with the National Academy of Sciences to conduct a study on urban flooding, and for other purposes. 1. Short title This Act may be cited as the Urban Flooding Awareness Act of 2015 2. Urban flooding defined (a) In general In this Act, the term urban flooding (b) Inclusions In this Act, the term urban flooding (1) situations in which stormwater enters buildings through windows, doors, or other openings; (2) water backup through sewer pipes, showers, toilets, sinks, and floor drains; (3) seepage through walls and floors; (4) the accumulation of water on property or public rights-of-way; and (5) the overflow from water bodies, such as rivers and lakes. (c) Exclusion In this Act, the term urban flooding (d) Primary focus of study Although the definition of the term urban flooding 3. Urban flooding study (a) Agreement with national academy of sciences The Administrator of the Federal Emergency Management Agency shall enter into an agreement with the National Academy of Sciences under which the National Academy of Sciences will conduct a study on urban flooding in accordance with the requirements of this section. (b) Contents (1) General review and evaluation In conducting the study, the National Academy of Sciences shall review and evaluate the latest available research, laws, regulations, policies, best practices, procedures, and institutional knowledge regarding urban flooding. (2) Specific issue areas The study shall include, at a minimum, an examination of the following: (A) The prevalence and costs associated with urban flooding events across the United States, with a focus on the largest metropolitan areas and any clear trends in frequency and severity over the past 2 decades. (B) The adequacy of existing federally provided flood risk information and the most cost effective methods and products to identify, map, or otherwise characterize the risk of property damage from urban flooding on a property-by-property basis, whether or not a property is in or adjacent to a 1-percent (100-year) flood plain, and the potential for training and certifying local experts in flood risk characterization as a service to property purchasers and owners and their communities. (C) The causes of urban flooding and its apparent increase over the past 20 years, including the impacts of— (i) global climate change; (ii) increasing urbanization and the associated increase in impervious surfaces; and (iii) undersized, deteriorating, and otherwise ineffective stormwater infrastructure. (D) The most cost-effective strategies, practices, technologies, policies, standards, or rules used to reduce the impacts of urban flooding, with a focus on decentralized, easy-to-install, and low-cost approaches, such as nonstructural and natural infrastructure on public and private property. The examination under this subparagraph shall include an assessment of opportunities for implementing innovative strategies and practices on government-controlled land, such as Federal, State, and local roads, parking lots, alleys, sidewalks, buildings, recreational areas, and open space. (E) The role of the Federal Government and State governments, as conveners, funders, and advocates, in spurring market innovations based on public-private-nonprofit partnerships. Such innovations may include smart home technologies for improved flood warning systems connected to high-resolution weather forecast data and Internet- and cellular-based communications systems. (F) The most sustainable and effective methods for funding flood risk and flood damage reduction at all levels of government, including— (i) the potential for establishing a State revolving fund program for flood prevention projects similar to the revolving fund programs under the Federal Water Pollution Control Act and the Safe Drinking Water Act; (ii) stormwater fee programs using impervious surface as the basis for fee rates and providing credits for the installation of flood prevention or other stormwater management features; (iii) grant programs; and (iv) public-private partnerships. (G) Information and education strategies and practices, including nontraditional approaches such as the use of community colleges and social media, for community leaders, government staff, and property owners on— (i) flood risks; (ii) flood risk reduction strategies and practices; and (iii) the availability and effectiveness of different types of flood insurance policies. (H) The relevance of the National Flood Insurance Program and Community Rating System to urban flooding areas outside traditional flood plains, and strategies for improving compliance, broadening coverage, and increasing participation under the programs. (I) Strategies for protecting communities in the lower elevations of a watershed or drainage area from the flooding impacts of development in upstream communities, including a review of— (i) potential standards for watershed-wide flood protection planning; and (ii) cost-effective and equitable legal options for a downstream community when upstream communities act in a way that increases flooding downstream. (J) Cost-effective strategies for reducing infiltration/inflow into combined and separate sewer systems. (K) Opportunities to increase coordination between stormwater management programming under the Federal Water Pollution Control Act ( 33 U.S.C. 1251 et seq. 42 U.S.C. 5121 et seq. 42 U.S.C. 4001 et seq. (c) Consultation (1) In general The Administrator of the Federal Emergency Management Agency shall carry out this section in consultation with the Secretary of the Army (acting through the Chief of Engineers), the Secretary of Housing and Urban Development, the Administrator of the Environmental Protection Agency, the Director of the United States Geological Survey, the Chief of the Natural Resources Conservation Service, the Administrator of the Small Business Administration, State, regional, and local stormwater management agencies, State insurance commissioners, and such other interested parties as the Administrator of the Federal Emergency Management Agency considers appropriate. (2) Cooperation The head of each Federal agency referred to in paragraph (1) shall cooperate with the Administrator of the Federal Emergency Management Agency in carrying out this section as requested by the Administrator. (d) Report to Congress Not later than December 31, 2016, the Administrator of the Federal Emergency Management Agency shall submit to the Committee on Financial Services and the Committee on Appropriations of the House of Representatives and the Committee on Banking, Housing, and Urban Affairs and the Committee on Appropriations of the Senate a report containing the findings of the National Academy of Sciences based on the results of the study, including recommendations for implementation of strategies, practices, and technologies relating to urban flooding by Congress and the executive branch.

Summary: Urban Flooding Awareness Act of 2015 Directs the Federal Emergency Management Agency (FEMA) to enter into an agreement with the National Academy of Sciences (NAS) to conduct a study on urban flooding. Defines "urban flooding" as the inundation of property in a built environment, particularly in more densely populated areas, caused by rain falling on increased amounts of impervious surface and overwhelming the capacity of drainage systems. Requires the primary focus of the study to be on urban areas outside of special flood hazard areas. Directs the NAS to evaluate the latest research, laws, regulations, policies, best practices, procedures, and institutional knowledge regarding urban flooding. Requires the study to include an examination of: the prevalence of and costs associated with urban flooding events across the United States, with a focus on the largest metropolitan areas and trends in frequency and severity over the past two decades; the adequacy of federally provided flood risk information and the most cost-effective methods and products to characterize the risk of property damage from urban flooding on a property-by-property basis; the potential for training and certifying local experts in flood risk characterization as a service to property purchasers and owners; the causes of urban flooding and its apparent increase; the most cost-effective strategies, practices, technologies, policies, standards, or rules used to reduce the impacts of urban flooding; the role of the federal and state governments in spurring market innovations based on public-private-nonprofit partnerships; the most sustainable and effective methods for funding flood risk and flood damage reduction at all levels of government; the relevance of the National Flood Insurance Program and Community Rating System to urban flooding areas outside traditional flood plains and strategies for improving compliance, broadening coverage, and increasing participation under the Program; strategies for protecting communities in the lower elevations of a watershed or drainage area from the flooding impacts of development in upstream communities; cost-effective strategies for reducing infiltration/inflow into combined and separate sewer systems; and opportunities to increase coordination between stormwater management programming under the Federal Water Pollution Control Act and flood risk management and mitigation programming under various laws.