MIT's Self Assembly Lab and Invena (which is an organization based out of the Maldives) are trying to invent a system of underwater devices that naturally harness wave energy to restore and/or create new beaches, sandbars, and islands. The hope is that this line of thinking could be scaled up and eventually used a response to sea level rise, as well as other coastal challenges.

Here's a short video explaining the initiative:

With over 40% of the world's population supposedly living in a coastal area, this is a problem that will need to be addressed. Already we are seeing these concerns start to rear their head in the real estate markets of some particularly vulnerable cities. The team installed their first field experiment in the Maldives this past February and a second one is expected in Q4-2019.

For more information on the "Growing Islands" project, click here.

Last year, Jesse Keenan, Thomas Hill, and Anurag Gumber of Harvard University, published a research paper called, Climate gentrification: from theory to empiricism in Miami-Dade County, Florida.

What they were trying to uncover was a possible relationship between climate change and single-family home pricing in places, like Miami, that are vulnerable to sea level rise and flooding. This phenomenon is colloquially referred to as "climate gentrification."

One of the things that they uncovered through their work was, in fact, a positive correlation between the rate of price appreciation of single-family homes in Miami-Dade County and incremental measures of higher elevation. In other words: there's value in higher ground.

Recent reports (like this one from the WSJ) that Little Haiti in Miami is experiencing a surge in investment, seem to, at least partially, support this finding. Little Haiti sits about twice as high as Miami Beach, which is only about 4 feet above sea level.

Here is a diagram

MIT's Self Assembly Lab and Invena (which is an organization based out of the Maldives) are trying to invent a system of underwater devices that naturally harness wave energy to restore and/or create new beaches, sandbars, and islands. The hope is that this line of thinking could be scaled up and eventually used a response to sea level rise, as well as other coastal challenges.

Here's a short video explaining the initiative:

With over 40% of the world's population supposedly living in a coastal area, this is a problem that will need to be addressed. Already we are seeing these concerns start to rear their head in the real estate markets of some particularly vulnerable cities. The team installed their first field experiment in the Maldives this past February and a second one is expected in Q4-2019.

For more information on the "Growing Islands" project, click here.

Last year, Jesse Keenan, Thomas Hill, and Anurag Gumber of Harvard University, published a research paper called, Climate gentrification: from theory to empiricism in Miami-Dade County, Florida.

What they were trying to uncover was a possible relationship between climate change and single-family home pricing in places, like Miami, that are vulnerable to sea level rise and flooding. This phenomenon is colloquially referred to as "climate gentrification."

One of the things that they uncovered through their work was, in fact, a positive correlation between the rate of price appreciation of single-family homes in Miami-Dade County and incremental measures of higher elevation. In other words: there's value in higher ground.

Recent reports (like this one from the WSJ) that Little Haiti in Miami is experiencing a surge in investment, seem to, at least partially, support this finding. Little Haiti sits about twice as high as Miami Beach, which is only about 4 feet above sea level.

Here is a diagram