Walking on Egg Shells: Understanding how Life History Contributes to Successful Egg Hatching in Birds.
Featured Image Caption: Altamira Oriole (Icterus gularis) constructs a nest in preparation for laying eggs. Photo by Ian Becker (author)
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Climate Change
Protists: The Soil Ecosystem’s Unsung Heroes
A new study highlights the lesser-known protists as champions of soil health and resilience.
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Sea Ice Retreat Raises New and Troubling Questions for the Future
A recent study, published in Geophysical Research Letters, sheds new and troubling light into sea ice retreat and albedo decline over the Arctic and Antarctica across 44 years of satellite observations.
Read MoreCoastal Forests Are Dying—And It’s Not Agriculture to Blame Anymore
The Disappearing Wetlands Wetlands are disappearing and it is more than only the drying of water. It is the silent
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Climate change confuses moths when egg-laying
Climate change, specifically rising levels of carbon dioxide, can have different ecological impacts. A new study shows how elevated levels of carbon dioxide can confuse some moths when they look for sites to lay eggs.
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What the Floods in The South of Brazil Can Teach Us About the Future?
In April 2024, the south of Brazil was devastated by floods. What can we do to prevent climate change events in our future?
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Falling Forests, Rising Temperatures: Deforestation and Regional Warming in the Amazon
Deforestation in the Amazon causes temperatures to rise up to 100 km away. Taking this regional warming into account can help us better predict future warming in the forest.
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Navigating the Seas of Change: The Divergent Impact of Ocean Acidification and Warming on Marine Trophic Levels
Ocean acidification and warming are profoundly altering marine ecosystems, impacting organisms from the bottom to the top of the food chain. Trophic levels—ranging from primary producers to apex predators—illustrate the complex web of energy transfer within these systems. In response, a team of scientists conducted a comprehensive meta-analysis to better understand how ocean acidification and warming would affect different marine trophic levels. Amidst these changing environments, understanding these energy dynamics becomes essential for devising effective conservation strategies.
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How Can We Protect Salmon from Climate Warming? It Depends on the River
Atlantic salmon (Salmo salar) are sensitive to changes in temperature. To survive, salmon must be adaptable, particularly in a warming and increasingly unpredictable climate. However, little is known about how this culturally valuable fish responds to dramatic changes in temperature.
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The Trouble with Trawling: the Massive Carbon Footprint of Bottom Trawling
Terrible for biodiversity, bottom trawling also releases a huge amount carbon from the sea floor. Researchers have now quantified this obscure source of emissions, which rival those of Argentina!
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