Climate Change - SFL

Two weeks after a king tide flooded parts of Miami-Dade, Broward and Monroe counties, a heavy rain flooded this Miami neighborhood near Coral Way and Southwest 23rd Street on Oct. 6. Jenny Staletovich Miami Herald Staff

Florida has more to lose with sea rise than anywhere else in the U.S., new study says

CLICK HERE - STUDY - Union of Concerned Scientists - Underwater - Rising Seas, Chronic Floods, and the Implications for US Coastal Real Estate (28 page .PDF document)

miamiherald.com - by Alex Harris - June 18, 2018

Florida stands to lose more homes — and real estate value — to sea level rise damage than any other state in the nation this century, according to a new study.

By 2045, nearly 64,000 homes in Florida face flooding every other day. Half of those are in South Florida.

If you buy a house now, before your new mortgage is paid you might have to regularly do the rolled-up-pants, shoes-in-hand commute that has become an enduring image of sea rise.

Sea level rise contributions from ice melt in different areas, including Greenland (a), West Antarctica (b), East Antarctica (c) and median of global glaciers (d). Values are ratios of regional sea level change to global mean sea level change. Adapted from Kopp et al. 2015.

axios.com - by Andrew Freedman - June 14, 2018

News of Antarctica's accelerating ice melt garnered worldwide headlines yesterday, as scientists revealed that 3 trillion tons of ice has been lost to the sea since 1992 — mostly from the thawing West Antarctic Ice Sheet and Antarctic Peninsula.

Why it matters: The location of the ice melt is important for determining the future of coastal communities, according to climate scientists. And, due to West Antarctica melting, it turns out that the U.S. coastline will be hit extra hard . . .

(CLICK HERE - READ COMPLETE ARTICLE)

Hurricane Harvey over the Gulf of Mexico in August 2017. The storm stalled over Texas and dropped nearly 50 inches of rain in some places.  Credit NOAA/NASA GOES Project

CLICK HERE - STUDY - A global slowdown of tropical-cyclone translation speed

A new study shows that storms are staying in one place longer, much like Hurricane Harvey did last year.

nytimes.com - by Kendra Pierre-Louis - June 6, 2018

 . . . A study published Wednesday in the journal Nature focuses on what is known as translation speed, which measures how quickly a storm is moving over an area, say, from Miami to the Florida Panhandle. Between 1949 and 2016, tropical cyclone translation speeds declined 10 percent worldwide, the study says. The storms, in effect, are sticking around places for a longer period of time.

(CLICK HERE - READ COMPLETE ARTICLE)

submitted by Jan Booher

Figure 1: Unified Sea Level Rise Projection. These projections are referenced to mean sea level at the Key West tide gauge. The projection includes three global curves adapted for regional application: the median of the IPCC AR5 RCP8.5 scenario as the lowest boundary (blue dashed curve), the USACE High curve as the upper boundary for the short term for use until 2060 (solid blue line), and the NOAA High curve as the uppermost boundary for medium and long term use (orange solid curve). The incorporated table lists the projection values at years 2030, 2060 and 2100. The USACE Intermediate or NOAA Intermediate Low curve is displayed on the figure for reference (green dashed curve). This scenario would require significant reductions in greenhouse gas emissions in order to be plausible and does not reflect current emissions trends.

southeastfloridaclimatecompact.org - Prepared by the Sea Level Rise Work Group - October 2015