This paper reviews current knowledge of Eucalyptus pellita plantations to identify
management practices for optimizing productivity and maintaining sustainability in the …

Climate change is escalating the water crisis worldwide, leading to unpredictable water
availability and water scarcity, which is among the main environmental factors affecting plant …

Global high-resolution imagery is a well-assimilated technology in forest map**. The
release of the Norway's International Climate & Forests Initiative (NICFI) Planet tropical …

Large trees in plantations generally produce more wood per unit of resource use than small
trees. Two processes may account for this pattern: greater photosynthetic resource use …

This research aims to analyze the use of deep semantic segmentation to detect eucalyptus
afforestation areas using Sentinel-2 images. The study compared six architectures (U-net …

We examined the influence of stand density and genotype on transpiration and water use
efficiency in high productivity plantations. Three widely planted Eucalyptus clones that differ …

Eucalyptus tree stocking can be adjusted to increase, depending on purpose, cellulose,
timber or bioenergy production, but the effect of stocking on ecosystem water balance is still …

Clonal plantations of Eucalyptus are among the most productive forests in the world, with
intensification of silviculture and genetic breeding doubling the wood mean annual …

Eucalyptus plantation productivity has increased 4-fold across Brazil as a result of improved
genetic selection and intensive silviculture. However, the rate of productivity improvements …

Temperature is a crucial factor influencing the growth of forest plantations, and a key
variable used in process-based models of forest productivity. In the present study, we …