These nutrient shifts could impact bee growth, development, and overall fitness in future climate scenarios.
Researchers used the BIFoR-FACE facility in Staffordshire, UK, to study oak pollen under climate change conditions. They compared pollen from trees exposed to ambient CO2 levels with those under elevated CO2 (+150 ppm) over five years. The team analysed 12 elements in pollen-bearing flowers, including carbon, nitrogen, phosphorus, and various minerals.
Botany One /
npub1jr…xvtkn
2024-09-19 11:30:01
in reply to nevent1q…dnge
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npub1jreqk3srdhyzw4y4pyah0vezxnngtyru0teydhyzwnnrepy59z0srxvtknPublished at
2024-09-19 11:30:01Event JSON
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"content": "These nutrient shifts could impact bee growth, development, and overall fitness in future climate scenarios.\n\nResearchers used the BIFoR-FACE facility in Staffordshire, UK, to study oak pollen under climate change conditions. They compared pollen from trees exposed to ambient CO2 levels with those under elevated CO2 (+150 ppm) over five years. The team analysed 12 elements in pollen-bearing flowers, including carbon, nitrogen, phosphorus, and various minerals.",
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