Tropical and subtropical forests cover only 7% of the Earth's land surface. Yet, they host
nearly half of global tree density with a high species number (∼ 40,000 species), store up to …

The measurement of tree-rings of Cedrela fissilis was used to determine the variability of
diametric and basal growth across three sites located in the Cerrado biome in Bolivia and …

Macaronesian laurel forests are the only remnants of a subtropical palaeoecosystem
dominant during the Tertiary in Europe and northern Africa. These biodiverse ecosystems …

Tree ring analysis is essential to reveal the environmental information encoded in the wood
structure. It provides quantitative data on the anatomical structure which can be used, for …

Tree-ring research (TRR) in South America (SA) continues to make important contributions
in multiple sub-disciplines, including dendrochemistry and dendrohydrology. This report …

Climate change is expected to strongly affect the functioning of tropical and subtropical
forest ecosystems around the globe, and tree-ring analysis is proving increasingly useful for …

This article brings new and refined results useful for the species-specific management in the
Amazon Forest. The aim was twofold:(1) to evaluate the medium-term effect of post-logging …

Cedrela fissilis is a tree species widely distributed in the tropical biomes of South America.
This species has visible annual growth rings and can live for several centuries. The present …

The Atlantic Forest is a complex and heterogeneous biome, reflecting significant biodiversity
that has historically been threatened by anthropogenic pressures. In this sense, solutions to …

Tetraclinis articulata is a xerothermic Mediterranean conifer native from NW Africa that grows
under semiarid conditions in the Atlas Mountains. This species is particularly well adapted to …