Military Expert Panel Report: Sea Level Rise and the U.S. Military’s Mission, 2nd Edition (2018)
From the Report WWW page:
The Center for Climate and Security’s Military Expert Panel Report: Sea Level Rise and the U.S. Military’s Mission, 2nd Edition concludes that sea level rise risks to coastal military installations will present serious risks to military readiness, operations and strategy, and includes new information regarding military installation vulnerabilities, including to the energy and transportation infrastructure that these installations depend on.
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The Mississippi River diversions are intended to build new land by diverting floodwaters from the river into open water, wetlands there. Since oyster cultivation depends on the oyster beds seeing a narrow salinity range, there is a concern that the diversion of river floodwaters into the base will destroy the oyster industry.
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Hurricane Harvey: Texas at Risk, Texas General Land Office (2018)
The state legislature should establish by state statute a Regional Building Code District (RBCD) with standard-setting authority in the high-risk hurricane region of Southeast Texas which would replace the existing weak and uneven building code system. The Commission would have oversight over building codes in the RBCD which will be composed of the following ten Councils of Government or regional planning areas: Lower Rio Grande Valley, Coastal Bend, Golden Crescent Regional Planning Commission, Houston-Galveston Area, Central Texas, Alamo Area, Brazos Valley, Capital Area, Deep East Texas, and South East Texas. These are the areas historically most at risk of hurricane flooding and wind damage.
The state should fund at least 75% of the salary costs of building code enforcement (local inspectors and third-party contractors working for cities and counties) with 25% funded by building permit fees in this new Regional Building Code District. The same capacity strengthening salary program should be extended by the State of Texas for city and county recovery managers.
Between August 11 and August 15, 2016 more than 3 times the amount of rainfall from Hurricane Katrina fell in a massive rainstorm, mostly over Southern Louisiana and the Gulf of Mexico.
Student and Faculty researchers have collaborated to present accounts from those affected by these historic and unnamed floods, beginning with the Lafayette area, in a podcast series entitled UNDERWATER: Memories of the 2016 Floods.
Generally, modeling results indicate a gradual increase in annual mean temperatures between 2011 and 2040 amounting to one-half degree per decade, with greater increases between 2041 and 2099 of one full degree per decade. Hydrologic flow changes show substantial variability across the ORB through the three time periods, with Hydrologic Unit Code (HUC)-4 sub-basins located northeast, east, and south of the Ohio River expected to experience greater precipitation and thus higher stream flows—up to 50% greater—during most of the three 30-year periods. Conversely, those HUC-4s located north and west of the Ohio River are expected to experience ever-decreasing precipitation (especially during the autumn season) resulting in decreased in-stream flows—up to 50% less—during the same periods.
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The Report – Mani, Muthukumara, Sushenjit Bandyopadhyay, Shun Chonabayashi, Anil Markandya, and Thomas Mosier. “South Asia’s Hotspots.” (2018).
From the World Bank site:
South Asia is highly vulnerable to climate change. Average temperatures have been rising throughout the region, and rainfall has become more erratic. These changes are projected to continue accruing over the coming decades.South Asia’s Hotspots: The Impact of Temperature and Precipitation Changes on Living Standards is the first book of its kind to provide granular spatial analysis of the long-term impacts of changes in average temperature and precipitation on one of the world’s poorest regions. South Asia’s Hotspots finds that higher temperatures and shifting precipitation patterns will reduce living standards in communities across South Asia—locations that the book terms “hotspots.” More than 800 million people in South Asia currently live in communities that are projected to become hotspots under a carbon-intensive climate scenario. Global action to reduce greenhouse gas emissions will reduce the severity of hotspots. Diverse and robust development is the best overall prescription to help people in hotspots. The book also suggests actions tailored to each country in the region—such as increasing employment in nonagricultural sectors, improving educational attainment, and expanding access to electricity— that would offset the declines in living standards associated with hotspots. South Asia’s Hotspots complements previous studies detailing the impacts of sea-level rise and extreme events on the people of South Asia. Together, these bodies of work create a sound analytical basis for investing in targeted policies and actions to build climate resilience throughout the region.