This study was conducted on 79 harvested poplar trees of eight-years-old planted at five
spacing geometries (5× 4 m, 10× 2 m, 18× 2× 2 m, North–South and East–West boundary) to …

Abstract Land Use Land Cover (LULC) change is a complex phenomenon driven by various
natural and anthropogenic factors, significantly impacting carbon storage potential. By …

In this study, planting density and site effects on hybrid poplar productivity and stem
dimensions were evaluated on the mid-term and longer term (8 and 14 years) in southern …

Although it is commonly assumed that biomass allometric models are site specific,
evaluations of site-effects are rarely undertaken. In this paper we develop biomass …

Abstract Fine roots (diameter< 2 mm) have a pivotal role in resource acquisition, symbiosis
development, and for elemental cycling in forests. Various abiotic and biotic factors affect …

Equations to predict Eucalyptus timber volume are continuously updated, but most of them
cannot be used for certain locations. Thus, equations of similar strata are applied to clonal …

Estimates of airborne pollen concentrations at the urban scale would be useful for
epidemiologists, land managers, and allergy sufferers. Mechanistic models could be well …

Abstract Savannah woodlands of South Africa are dominated by fruit tree species that have
a potential for commercial harvest from the wild. However, allometric equations that enable …

Planting low-pollen trees could reduce aeroallergen exposure in cities, but the effects of
historical tree planting on contemporary airborne pollen exposure remains largely …

The present study aims at developing a regression model for biomass estimation of Pluchea
dioscoridis and investigating its ability to accumulate heavy metals from urbanized soils in …