It matters where you eat: seabird foraging strategies alter their responses to climate change

Climate warming in the Arctic is happening faster than other regions of the globe and leading to earlier springs. The timing of spring is important for ecosystems because it often signals the arrival of food resources and favorable weather. In Arctic seabirds, springs arrival often begins the start of breeding season. A recent study looked at how the timing of spring has changed in the Arctic and what impact this may be having on Arctic seabirds based on where birds forage for food. The results suggest that birds that feed in the upper layers of the ocean have been strongly impacted by climate change and have significantly advanced their breeding.

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Double Threat: Toxic Arsenic and Climate Change Plummet Rice Production

Half of the world’s population depends on rice. We’ve studied how rice will respond to predicted changes in climate. But do we know how it will also interact with one of its most common pollutants? Researchers study how rice responds to the dual stressors of both climate change and arsenic, and ultimately find that arsenic may be the stressor we should be worried about.

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Microbes for Disappearing Dunes

A major challenge our coastal ecosystems face is rapid loss of sand dunes due to coastal erosion. Plants play an important role in sand dune restoration. However, without the right microbes these plants may not be able to establish themselves in the dunes.

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What is scarier than zombies, ghosts, and witches? A modern mass extinction

When I was a little kid, the things that scared me were a little silly – the slime monster from Ghostwriter, caterpillars, or a sinkhole developing underneath my bed that would swallow me while I slept. While I’ve gotten over these mostly ridiculous fears, being an adult doesn’t mean I am now fearless. Instead, the things that I consider “scary” have shifted. Now, the things that scare me are all too real – things like climate change and mass extinction.

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Hang on to that tree! Lizards that survived hurricane Maria showed increases in grip strength

The 2019 hurricane season started off with a bang. It’s clear that climate change has affected the frequency and severity of hurricanes. To understand whether species will be able to cope with more frequent severe storms we need more research to see how hurricanes can affect populations of plants and animals. Read on to find out how hurricane Maria in 2017 affected lizards in Dominica.

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Which Wetland? National Dataset Helps Reduce Flood Risk

Flooding is an expensive and dangerous problem across the globe. Freshwater wetlands can help reduce flood risk and damage. During large storm events, wetlands hold extra water allowing it more time to flow downstream or into the soil. In order to help communities understand where to spend their time and resources to utilize these important landscape features, researchers created a national dataset that identifies the wetlands that would be best for mitigating flood risk.

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‘Otter’ Ways of Assessing Species Vulnerability to Climate Change

How do scientists figure out how a species will be impacted by climate change? They usually look at how their habitat will change with a changing climate – but that may not be the whole story. Other factors, such as a species environmental needs, how they tolerate change, and how their habitat will change (i.e. size, fragmentation, proximity to human disturbances) also need to be considered! Otters are among the most vulnerable mammals in the world, and determining where their specific threats from climate change come from will be key for conservationist to save them from extinction.

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Native milkweed supports healthy monarch communities

“Monarch butterflies do really well on the exotic milkweed species that’s being widely sold and planted under current environmental conditions. But under warmer conditions, the exotic plant becomes too toxic and monarchs become less healthy.”

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Not so blue anymore: how dead mangroves burden coastal carbon sinks

Mangrove forests have been feeling the pressure of climate change. With heat waves and low rainfall, many mangroves along a 1000 km stretch of coastline in northern Australia have been wiped out. However, the dead trees are living on by contributing large methane emissions which has consequences to global mangrove carbon stores and climate change. Read on to find out how the living dead remain active methane emitters.

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