New research reveals a balance between two important aspects of forest resilience: the ability to resist damage during a weather event and the ability to recover afterward.
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A study uncovers how a variation in a natural substance called lignin supports natural environmental adaptation and improved bioenergy production.
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Researchers have analyzed 96 years of forest census data to better understand ecological changes and inform management practices. Their study, reveals concerning homogenization trends. This means the forest has become less diverse over time, losing trees that played a critical role…
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Wild fig tree rings offer a cheap method for tracking toxic atmospheric mercury, a byproduct of gold mining in the Global South, according to a study conducted in the Peruvian Amazon
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An international study has found that forests with many tree species can store significantly more carbon than those with only one species.
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Extreme heat and drought threaten the Fremont cottonwood, a tree vital to desert ecosystems. Research shows these trees, which rely on water to thrive, struggle under combined stress. As water sources dry up, cottonwoods die, reducing biodiversity, cooling effects, and…
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Young maritime pine trees retain a memory of early temperature conditions through epigenetic changes, researchers report. These marks, influencing gene expression but not DNA, persist for up to two years post-germination. This discovery highlights how trees could be conditioned early…
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Aspen forests face complex challenges from climate change, not just rising temperatures but interactions with drought, fire, and browsing. A 42% aspen mortality rate highlights vulnerabilities, especially for young trees in dry, low-elevation areas. Adaptive management and collaborative strategies are…
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Researchers improved the survival and growth of *Serianthes nelsonii*, an endangered tree, by using under-plant mirrors to reflect sunlight. This technique increased light availability by over 70%, boosting seedling survival by 160% and plant height by 170%, offering a low-cost…
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Oxidation of gases emitted by vegetation fire smoke forms abundant ultrafine particles that may intensify deep clouds and heavy rain in the Amazon rainforest
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