From tracking wildlife to mapping habitats, ecological fieldwork is the backbone of conservation science. But collecting accurate data outdoors comes with challenges—from tricky terrain to ensuring ...

A team of Simon Fraser University (SFU) scientists have used their interdisciplinary expertise to develop new, more accurate ...

New York City’s East River has made quite the comeback since its days as a sewage dumping ground—and sequencing the ...

Optimal microbial sampling approaches for pharmaceutical environments include surface, passive air, and active air monitoring ...

A year-long study of New York’s East River is making the case for environmental DNA (eDNA) as a low-cost monitoring method ...

Beavers are moving into the Arctic tundra and changing water and land. Scientists used plant marks and satellite data to ...

FIU has a team of conservation scientists, protecting some of the world’s most endangered and threatened species.

In a new study of tropical amphibians, a team led by Penn State biologists found that amphibians in connected natural forests ...

If you have wanted to learn more about the macroinvertebrates that are the foundation of our waterways’ food web or participate in a citizen science project, the Grays Harbor Stream Team is leading a ...

Underground, intricate networks of soil fungi underpin the functioning of terrestrial ecosystems. Yet despite their global importance, only 30% of global ecosystems have been sampled for these fungal ...

Abstract: The finite-rate-of-innovation (FRI) sampling method can reconstruct signals with few samples. However, classical FRI sampling often has serious model mismatch when dealing with asymmetric ...