Hidden fish populations protect us from ourselves!

We raise cows, chickens, and pigs on farms, but we still commonly hunt wild populations for one type of animal protein- seafood. Many fish populations are overexploited, but scientists found that despite this, Atlantic flounder populations were in better shape than expected. Why? How can we ensure that this stability continues?

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Trees, Tempests, and Time: What trees can tell us about weather in the past

For storms along the Gulf Coast, first-person recordings are only reliable for the past 150 years. But knowing more about when storms happened in the past helps us understand how the climate is changing and how to reduce storm risks for coastal communities. To do that, we have to use even more unusual records: tree rings.

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Pollution to Solution: Can We Get Rid of Plastics in Our Oceans?

The issue of marine plastic pollution has become a pressing, global concern. A few organizations have been created over the past few decades that have tried to address the threat of marine pollution, but none have been solely dedicated to the issue. This has led to a lack of dedication towards the issue at the international scale, and only recently have increased measures been taken to address marine plastic pollution. The 2030 Agenda for Sustainable Development was created by world leaders in 2015, and since then a number of conferences and independent initiatives have taken place across the globe to promote ocean health. Gatherings like the United Nation’s Oceans Conference and statewide bans on plastic bags can provide the groundwork to evolve these agreements and engage governments and communities to work to reduce marine plastic pollution.

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It’s Not Just About Fish: How Understanding Ecosystem Services Can Lead to Marine Conservation

What is the value of a fish? It’s role in the ecosystem, or the community that relies on the species? A team of scientists from the UK explores these interactions in their recent paper, which details the use of ecosystem services in marine conservation.

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Growing Conditions Improve with a Pinch

Salt marshes are full of crustacean inhabitants. In particular, fiddler crabs and purple marsh crabs of New England modify these coastal ecosystems by burrowing beneath the waterlogged soils, chewing up plants, and increasing nutrient exchange rates. But it is uncertain to what extent each species contributes to the modification of a salt marsh. Research by Alexandria Moore found the presence of crabs had a significant effect on multiple aspects of salt marsh health and that the herbivore, purple marsh crab, modifies salt marsh ecosystems beyond eating plants.

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津波: The Story of the Wave

If you’re lucky, there are five minutes between when a tsunami alarm sounds and when the wave hits. Too often those five minutes are not enough, and the fate of a coastline is at the tsunami’s mercy. Understanding tsunami cause and occurrence is vital for coastal communities. Read on to learn more about tsunami records and how they play a role in shaping natural disaster planning.

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Sea-Level Rise & the State of Sinking: A Brief Discussion of Land Subsidence Factors in the US

What’s scarier than sea level rise? How about sea level rise in a sinking city? Land levels are slowly lowering due to a combination of natural and man-made processes across many US cities. This sinking is known as land subsidence. Read on to learn how land subsidence contributes to sea level rise conflicts across the United States.

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Soil in the Succotash Marsh, Rhode Island: Coring for clues to past coastal storms

When you think of a saltmarsh, what comes to mind? Maybe a place that smells bad and you prefer to avoid? A place to fish? Turns out, salt marshes hold clues to the past. Scientists along the East Coast of the United States, for example, can use the information in salt marsh soils to reconstruct past storms and determine the past sea levels. As scientists in Rhode Island, we were able to easily try and replicate the findings of a previously published study from the Succotash Marsh also located in Rhode Island.

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Sea-Level Rise won’t affect every place in the same way

Do you, like 40% of the global population, live within 100 km of the coast? If so, you have probably wondered about the impacts sea level rise will have on your home, your community, and daily activities. Interestingly, sea level is not expected increase the same amount in all places around the globe. Read on to learn about how the reconstruction of historical environments can help us define how different areas around the globe will be impacted by sea level rise.

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Predicting the future by looking to the past: Determining Rates and Magnitudes of Sea-Level Change from Sediment Cores

With sea levels rising at an alarming rate, coastal communities have one thing on their mind: how much will sea levels rise, and how soon? The rate at which sea level rises is unique to each coastline and reliant on many factors. However, many scientists believe projecting future sea-level rise rates is dependent on understanding a coastline’s past. This summary explores past research on the secrets of sea-level rise in marine sediments.

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