home.social

#hydrothermalinteraction — Public Fediverse posts

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

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

    Under future #ClimateChange, #Taxus prefers to survive in humid and semi humid areas, and the precipitation in the driest season is the key factor determining the survival of #Taxus.

    #StackedSpeciesDistributionModel | #SpeciesDversity | #TaxusL | #HabitatSuitability | #RangeShift | #HydrothermalInteraction

    doi.org/10.1093/jpe/rtaf154

    #climatechange #taxus #stackedspeciesdistributionmodel #speciesdversity #taxusl #habitatsuitability
  2. Journal of Plant Ecology @[email protected] ·

    Under future #ClimateChange, #Taxus prefers to survive in humid and semi humid areas, and the precipitation in the driest season is the key factor determining the survival of #Taxus.

    #StackedSpeciesDistributionModel | #SpeciesDversity | #TaxusL | #HabitatSuitability | #RangeShift | #HydrothermalInteraction

    doi.org/10.1093/jpe/rtaf154

    #climatechange #taxus #stackedspeciesdistributionmodel #speciesdversity #taxusl #habitatsuitability
  3. Journal of Plant Ecology @[email protected] ·

    Under future #ClimateChange, #Taxus prefers to survive in humid and semi humid areas, and the precipitation in the driest season is the key factor determining the survival of #Taxus.

    #StackedSpeciesDistributionModel | #SpeciesDversity | #TaxusL | #HabitatSuitability | #RangeShift | #HydrothermalInteraction

    doi.org/10.1093/jpe/rtaf154

    #climatechange #taxus #stackedspeciesdistributionmodel #speciesdversity #taxusl #habitatsuitability
  4. Journal of Plant Ecology @[email protected] ·

    Under future #ClimateChange, #Taxus prefers to survive in humid and semi humid areas, and the precipitation in the driest season is the key factor determining the survival of #Taxus.

    #StackedSpeciesDistributionModel | #SpeciesDversity | #TaxusL | #HabitatSuitability | #RangeShift | #HydrothermalInteraction

    doi.org/10.1093/jpe/rtaf154

    #hydrothermalinteraction #rangeshift #habitatsuitability #taxusl #speciesdversity #stackedspeciesdistributionmodel
  5. Journal of Plant Ecology @[email protected] ·

    Under future #ClimateChange, #Taxus prefers to survive in humid and semi humid areas, and the precipitation in the driest season is the key factor determining the survival of #Taxus.

    #StackedSpeciesDistributionModel | #SpeciesDversity | #TaxusL | #HabitatSuitability | #RangeShift | #HydrothermalInteraction

    doi.org/10.1093/jpe/rtaf154

    #climatechange #taxus #stackedspeciesdistributionmodel #speciesdversity #taxusl #habitatsuitability
  6. Journal of Plant Ecology @[email protected] ·

    In this study, Shuo Zhang et al. used the #StackedSpeciesDistributionModel (SSDM) to predict the spatiotemporal patterns of global #TaxusL. distribution and driving mechanism for the first time.

    #ClimateChange | #SpeciesDiversity | #HabitatSuitability | #RangeShift | #HydrothermalInteraction

    doi.org/10.1093/jpe/rtaf154

    #stackedspeciesdistributionmodel #taxusl #climatechange #speciesdiversity #habitatsuitability #rangeshift
  7. Journal of Plant Ecology @[email protected] ·

    In this study, Shuo Zhang et al. used the #StackedSpeciesDistributionModel (SSDM) to predict the spatiotemporal patterns of global #TaxusL. distribution and driving mechanism for the first time.

    #ClimateChange | #SpeciesDiversity | #HabitatSuitability | #RangeShift | #HydrothermalInteraction

    doi.org/10.1093/jpe/rtaf154

    #stackedspeciesdistributionmodel #taxusl #climatechange #speciesdiversity #habitatsuitability #rangeshift
  8. Journal of Plant Ecology @[email protected] ·

    In this study, Shuo Zhang et al. used the #StackedSpeciesDistributionModel (SSDM) to predict the spatiotemporal patterns of global #TaxusL. distribution and driving mechanism for the first time.

    #ClimateChange | #SpeciesDiversity | #HabitatSuitability | #RangeShift | #HydrothermalInteraction

    doi.org/10.1093/jpe/rtaf154

    #stackedspeciesdistributionmodel #taxusl #climatechange #speciesdiversity #habitatsuitability #rangeshift
  9. Journal of Plant Ecology @[email protected] ·

    In this study, Shuo Zhang et al. used the #StackedSpeciesDistributionModel (SSDM) to predict the spatiotemporal patterns of global #TaxusL. distribution and driving mechanism for the first time.

    #ClimateChange | #SpeciesDiversity | #HabitatSuitability | #RangeShift | #HydrothermalInteraction

    doi.org/10.1093/jpe/rtaf154

    #hydrothermalinteraction #rangeshift #habitatsuitability #speciesdiversity #climatechange #taxusl
  10. Journal of Plant Ecology @[email protected] ·

    In this study, Shuo Zhang et al. used the #StackedSpeciesDistributionModel (SSDM) to predict the spatiotemporal patterns of global #TaxusL. distribution and driving mechanism for the first time.

    #ClimateChange | #SpeciesDiversity | #HabitatSuitability | #RangeShift | #HydrothermalInteraction

    doi.org/10.1093/jpe/rtaf154

    #stackedspeciesdistributionmodel #taxusl #climatechange #speciesdiversity #habitatsuitability #rangeshift
  11. Journal of Plant Ecology @[email protected] ·

    【🎉Latest accepted article】
    Potential effects of future #ClimateChange on global Taxus distributions and diversity

    #StackedSpeciesDistributionModel | #SpeciesDiversity | #TaxusL | #HabitatSuitability | #RangeShift | #HydrothermalInteraction

    doi.org/10.1093/jpe/rtaf154

    #climatechange #stackedspeciesdistributionmodel #speciesdiversity #taxusl #habitatsuitability #rangeshift
  12. Journal of Plant Ecology @[email protected] ·

    【🎉Latest accepted article】
    Potential effects of future #ClimateChange on global Taxus distributions and diversity

    #StackedSpeciesDistributionModel | #SpeciesDiversity | #TaxusL | #HabitatSuitability | #RangeShift | #HydrothermalInteraction

    doi.org/10.1093/jpe/rtaf154

    #climatechange #stackedspeciesdistributionmodel #speciesdiversity #taxusl #habitatsuitability #rangeshift
  13. Journal of Plant Ecology @[email protected] ·

    【🎉Latest accepted article】
    Potential effects of future #ClimateChange on global Taxus distributions and diversity

    #StackedSpeciesDistributionModel | #SpeciesDiversity | #TaxusL | #HabitatSuitability | #RangeShift | #HydrothermalInteraction

    doi.org/10.1093/jpe/rtaf154

    #climatechange #stackedspeciesdistributionmodel #speciesdiversity #taxusl #habitatsuitability #rangeshift
  14. Journal of Plant Ecology @[email protected] ·

    【🎉Latest accepted article】
    Potential effects of future #ClimateChange on global Taxus distributions and diversity

    #StackedSpeciesDistributionModel | #SpeciesDiversity | #TaxusL | #HabitatSuitability | #RangeShift | #HydrothermalInteraction

    doi.org/10.1093/jpe/rtaf154

    #hydrothermalinteraction #rangeshift #habitatsuitability #taxusl #speciesdiversity #stackedspeciesdistributionmodel
  15. Journal of Plant Ecology @[email protected] ·

    【🎉Latest accepted article】
    Potential effects of future #ClimateChange on global Taxus distributions and diversity

    #StackedSpeciesDistributionModel | #SpeciesDiversity | #TaxusL | #HabitatSuitability | #RangeShift | #HydrothermalInteraction

    doi.org/10.1093/jpe/rtaf154

    #climatechange #stackedspeciesdistributionmodel #speciesdiversity #taxusl #habitatsuitability #rangeshift