Tuesday, June 16, 2026

Ecosystems

ClimateEcosystemsEnvironmental Science

Editing life to save it? The potential for gene drive technology in conservation

From designer babies to GMOs, gene editing biotechnology is behind some of the most controversial issues on the news. Is it feasible and safe to use gene editing as a conservation tool?

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EcosystemsEnvironmental Science

Excavating Extinction Histories

Extinct organisms may seem like grim study subjects, but their bones can teach us a lot about their role in the environment and what led to their extinction. By knowing how these animals contributed to their environment, we can better understand how ecosystems have changed over time. Studying their bones can also give us insight into why the organisms went extinct so that we can help prevent similar extinctions of modern species.

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EcosystemsEnvironmental Science

Is 3D printing the future of conservation ecology?

3D printing is a new tool that is starting to be used in ecology. Researchers from the University of Delaware conducted an experiment to test whether 3D printed corals impact the behavior of a coral reef fish, the blue green chromis, in a laboratory setting. The results of experiments like these can pave the way for innovative techniques for habitat manipulation studies in the future.

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ClimateEcosystemsEnvironmental ScienceScience through time

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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CitiesEcosystemsEnvironmental ScienceScience through time

A lifetime of noise: what are the costs?

The visible cringe. The reflex to cover your ears. A constant piercing noise can be a horrific experience for a person. Research has shown that noise pollution can negatively impact the health of humans, animals and possibly entire ecosystems. What are the consequences of a lifetime surrounded by noise? Two scientists aim to characterize the costs of chronic noise pollution on the survival, growth and reproductive success of animals over their entire lifetime.

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EcosystemsEnvironmental Science

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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CitiesEcosystemsEnvironmental Science

Microhabitat temperature makes a mega impact on urban coastal biodiversity

Anywhere people live, we build things! Along the coast, our construction projects are especially important for protecting us from strong wind and waves, and for providing opportunities for recreation in and along the water. This development is important, but how is it impacting the animals and algae that make their homes on the coast?

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ClimateEcosystemsScience through time

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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CitiesEcosystemsEnvironmental ScienceToxicology

It’s all in the genes: how water pollution keeps silver carp at bay.

Silver carp are a notorious invasive fish that are spreading throughout the Mississippi River Basin. Despite their rapid-fire range expansion, silver carp have yet to make it to the Great Lakes. A recent study explores the possibility that polluted Chicago-area waters may be preventing the spread of silver carp into Lake Michigan and beyond.

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EcosystemsEnvironmental ScienceRemediation

What is “dark diversity” and how can we use it to guide conservation and restoration?

The core of ecology is devoted to studying the interactions among species and their environment. But why are some species present and others absent in an environment? Think of a region of forest that has been converted to an agricultural field. The species that were thriving in the forest now have become absent because they are not tolerant of the new environmental conditions imposed upon them in the agricultural field.

Only a subset of all species in a region can tolerate the ecological conditions of a given site (the site-specific species pool). Of those, not all are realized in the local species pool. These absent species form what is called the dark diversity of a community. Authors Lewis et al. (2017) believe that the dark diversity concept can be used to complement and further develop conservation prioritization and management decision

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