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#vegetativephenology — Public Fediverse posts

Live and recent posts from across the Fediverse tagged #vegetativephenology, aggregated by home.social.

  1. Journal of Plant Ecology @[email protected] ·

    Despite much recent progress, our understanding of #PlantPhenology response to #ClimateChange remains incomplete. Lu Bai et al. carried out a #Meta-analysis of plant phenology in relation to temperature changes across a range of plant species and functional groups in northern China. The results show that #ClimateWarming tended to extend the duration of #ReproductivePhenology while having no effect on the duration of #VegetativePhenology.
    Details: doi.org/10.1093/jpe/rtae080

    #plantphenology #climatechange #meta #climatewarming #reproductivephenology #vegetativephenology
  2. Journal of Plant Ecology @[email protected] ·

    Despite much recent progress, our understanding of #PlantPhenology response to #ClimateChange remains incomplete. Lu Bai et al. carried out a #Meta-analysis of plant phenology in relation to temperature changes across a range of plant species and functional groups in northern China. The results show that #ClimateWarming tended to extend the duration of #ReproductivePhenology while having no effect on the duration of #VegetativePhenology.
    Details: doi.org/10.1093/jpe/rtae080

    #plantphenology #climatechange #meta #climatewarming #reproductivephenology #vegetativephenology
  3. Journal of Plant Ecology @[email protected] ·

    Despite much recent progress, our understanding of #PlantPhenology response to #ClimateChange remains incomplete. Lu Bai et al. carried out a #Meta-analysis of plant phenology in relation to temperature changes across a range of plant species and functional groups in northern China. The results show that #ClimateWarming tended to extend the duration of #ReproductivePhenology while having no effect on the duration of #VegetativePhenology.
    Details: doi.org/10.1093/jpe/rtae080

    #plantphenology #climatechange #meta #climatewarming #reproductivephenology #vegetativephenology
  4. Journal of Plant Ecology @[email protected] ·

    Despite much recent progress, our understanding of #PlantPhenology response to #ClimateChange remains incomplete. Lu Bai et al. carried out a #Meta-analysis of plant phenology in relation to temperature changes across a range of plant species and functional groups in northern China. The results show that #ClimateWarming tended to extend the duration of #ReproductivePhenology while having no effect on the duration of #VegetativePhenology.
    Details: doi.org/10.1093/jpe/rtae080

    #vegetativephenology #reproductivephenology #climatewarming #meta #climatechange #plantphenology
  5. Journal of Plant Ecology @[email protected] ·

    Despite much recent progress, our understanding of #PlantPhenology response to #ClimateChange remains incomplete. Lu Bai et al. carried out a #Meta-analysis of plant phenology in relation to temperature changes across a range of plant species and functional groups in northern China. The results show that #ClimateWarming tended to extend the duration of #ReproductivePhenology while having no effect on the duration of #VegetativePhenology.
    Details: doi.org/10.1093/jpe/rtae080

    #plantphenology #climatechange #meta #climatewarming #reproductivephenology #vegetativephenology