A tool to understand how ecosystems are responding to a changing climate

As climate change accelerates, recording shifts in plant flowering times is critical to understanding how changes in climate will impact ecosystem interactions. To help measure these shifts, researchers have introduced a new quantitative measure of phenological status, called the 'phenological index,' that improves scoring of developmental stage in herbarium specimens, and predicts a higher degree of phenological advancement in response to climate change.

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Grouping 'smart cities' into types may help aspiring city planners find a path

A comparative analysis of 'smart cities' worldwide reveals four distinct types, according to researchers. The categories may help city planners to identify and emulate models that are close to their own socio-economic circumstances and policy aspirations.

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Seagrass meadows harbor wildlife for centuries, highlighting need for conservation

Seagrass meadows put down deep roots, persisting in the same spot for hundreds and possibly thousands of years, a new study shows. Researchers used modern and fossil shells from seagrass-dwelling animals to estimate the age of these meadows, showing that, far from being transient patches of underwater weeds, they are remarkably stable over time.

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Santa Barbara coastline: Preparing for the future

Santa Barbara County residents love their coastline, from the small-town beaches of Carpinteria to Santa Barbara's waterfront to camping hotspots like Jalama Beach and dramatic Guadalupe Dunes. But drastic changes are in store in coming decades as temperatures and sea levels rise, bringing massive impacts to local ecology and human systems.

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Fungicides as an underestimated hazard for freshwater organisms

Large amounts of fungicides, used in agriculture, leak into nearby surface waters. The effects of it on aquatic organisms are poorly understood and not specifically addressed in the EU regulatory frameworks with respect to the protection of surface waters. Scientists have found that pollution by fungicides can have unforeseen but far-reaching consequences for the functioning of aquatic systems — like indirect effects on the development of algal blooms.

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