Colour Shift
Deforestation drives insect evolution, with species adapting new colours to blend or warn. This rapid, human-driven change reveals wildlife’s resilience and adaptability in transforming ecosystems.
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Deforestation drives insect evolution, with species adapting new colours to blend or warn. This rapid, human-driven change reveals wildlife’s resilience and adaptability in transforming ecosystems.
Moonlight influences animal behaviour, with many species adjusting activity, particularly in tropical forest environments.
Research on migratory songbirds shows reduced survival due to poor non-breeding conditions, highlighting the impact of climate change on bird populations.
Trees naturally capture carbon dioxide, but buried wood in low-oxygen environments offers promising long-term carbon sequestration.
Wind-blown iron dust helps oceans absorb carbon and support life. Its availability changes with distance, affecting climate predictions.
Flowers use colourful petal patterns to attract bees, with boundaries set early in development, influencing pollinator preferences.
Nighttime light exposure has been linked to increased Alzheimer’s disease risk, especially in younger people.
Social media boosts nature tourism but disrupts wildlife, prompting calls for ethical guidelines to protect vulnerable species and biodiversity.
Scientists studied over 9,000 bird species to find out why there are so many colourful birds in the tropics and how these colours have spread over time.
Spending time in nature has been shown to significantly improve social, mental, and physical health in adults, suggesting it is an effective, accessible form of mental health support.