#allocationpattern search results

Shenghong Liu et al. found that coppicing changed the #AccumulationAbility and #AllocationPattern of #NutrientElements, and further affected the #SproutingAbility of stumps of #HippophaeRhamnoides ssp. sinensis. Details: doi.org/10.1093/jpe/rt…

JPlantEcol's tweet image. Shenghong Liu et al. found that coppicing changed the #AccumulationAbility and #AllocationPattern of #NutrientElements, and further affected the #SproutingAbility of stumps of #HippophaeRhamnoides ssp. sinensis.
Details: doi.org/10.1093/jpe/rt…

Shenghong Liu et al. found that coppicing changed the #AccumulationAbility and #AllocationPattern of #NutrientElements, and further affected the #SproutingAbility of stumps of #HippophaeRhamnoides ssp. sinensis. Details: doi.org/10.1093/jpe/rt…

JPlantEcol's tweet image. Shenghong Liu et al. found that coppicing changed the #AccumulationAbility and #AllocationPattern of #NutrientElements, and further affected the #SproutingAbility of stumps of #HippophaeRhamnoides ssp. sinensis.
Details: doi.org/10.1093/jpe/rt…

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Shenghong Liu et al. found that coppicing changed the #AccumulationAbility and #AllocationPattern of #NutrientElements, and further affected the #SproutingAbility of stumps of #HippophaeRhamnoides ssp. sinensis. Details: doi.org/10.1093/jpe/rt…

JPlantEcol's tweet image. Shenghong Liu et al. found that coppicing changed the #AccumulationAbility and #AllocationPattern of #NutrientElements, and further affected the #SproutingAbility of stumps of #HippophaeRhamnoides ssp. sinensis.
Details: doi.org/10.1093/jpe/rt…

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