Loading...
Publication
Efeito do uso de polímero e micorrizas na tolerância ao stress hídrico à plantação de eucalipto (simulação em viveiro)
| Name: | Description: | Size: | Format: | |
|---|---|---|---|---|
| 5.99 MB | Adobe PDF |
Authors
Advisor(s)
Abstract(s)
O relatório visou o estudo do efeito do uso de polímero (Polyter) e micorrizas (caldo esporal, endoplant e ectoplant) na tolerância ao stress hídrico à plantação de eucalipto. Num cenário de alterações climáticas, que atualmente estamos a vivenciar, é necessário adaptar novas estratégias para melhorar a sobrevivência das plantas aquando da plantação, garantido uma boa produção. Foram testados doze tratamentos mais um de controlo, em que foram testadas as endomicorrizas, ectomicorrizas, caldo esporal, polyter e uso de fósforo, em várias combinações, todos em solo de textura ligeira, mais propicio a stress hídrico.
This report aimed to study the effect of using polymer (Polyter) and mycorrhizae (spore broth, endoplant and ectoplant) on water stress tolerance in eucalyptus plantations. Against a backdrop of climate change, which we are currently experiencing, it is necessary to adapt new strategies to improve plant survival when planting, guaranteeing good production. Twelve treatments plus a control were tested, in which endomycorrhizae, ectomycorrhizae, spore broth, polyter and the use of phosphorus were tested in various combinations, all in light-textured soil, which is more prone to water stress.
This report aimed to study the effect of using polymer (Polyter) and mycorrhizae (spore broth, endoplant and ectoplant) on water stress tolerance in eucalyptus plantations. Against a backdrop of climate change, which we are currently experiencing, it is necessary to adapt new strategies to improve plant survival when planting, guaranteeing good production. Twelve treatments plus a control were tested, in which endomycorrhizae, ectomycorrhizae, spore broth, polyter and the use of phosphorus were tested in various combinations, all in light-textured soil, which is more prone to water stress.
Description
Keywords
Ectomicorrizas ectoplant polyter Eucalyptus globulus alterações climáticas