Andere Kunden interessierten sich auch für
![Vamar Shipwreck Site]( "Vamar Shipwreck Site")
Vamar Shipwreck Site24,99 €![Central Office and Site-Based Management]( "Central Office and Site-Based Management")
Central Office and Site-Based Management67,99 €![Off-site Fabrication]( "Off-site Fabrication")
Off-site Fabrication32,99 €![Land use Change Evaluation in a Humid Subtropical Watershed]( "Land use Change Evaluation in a Humid Subtropical Watershed")
Land use Change Evaluation in a Humid Subtropical Watershed44,99 €![Postharvest Biology and Technology of Tropical and Subtropical Fruits]( "Postharvest Biology and Technology of Tropical and Subtropical Fruits")
Postharvest Biology and Technology of Tropical and Subtropical Fruits305,99 €![Savannah River Site]( "Savannah River Site")
Savannah River Site35,99 €![Flexural Testing of Weld Site and HVOF Coating Characteristics]( "Flexural Testing of Weld Site and HVOF Coating Characteristics")
Flexural Testing of Weld Site and HVOF Coating Characteristics41,99 €
Evaluation of site quality constitutes an essential
prerequisite for sustainable and economically
efficient forest management. Few methodologies for
mixed forests with indeterminate ages are known and
their application is often limited by regional
variations of factors determining tree growth.
In this study, site quality evaluation in subtropical
moist forests in north western Argentina was
investigated by applying classification schemes based
on various approaches. Different site characteristics
were related to growth data obtained from stem
analysis, soil and inventory data and canopy imagery,
using consumer grade digital photography.
Growth rates of Cedrela spp. were partially explained
by identifying correlated site factors. Soil
assessment allowed for assignment of explanatory
variables to distributions of quantitative stand
parameters and species composition. Analyses of
variances identified trends in distribution of
quantitative and qualitative stand parameters.
This article addresses foresters and scientists
working in subtropical forests and helps to
facilitate decision making with regard to site
quality, especially when facing low-information
scenarios.
prerequisite for sustainable and economically
efficient forest management. Few methodologies for
mixed forests with indeterminate ages are known and
their application is often limited by regional
variations of factors determining tree growth.
In this study, site quality evaluation in subtropical
moist forests in north western Argentina was
investigated by applying classification schemes based
on various approaches. Different site characteristics
were related to growth data obtained from stem
analysis, soil and inventory data and canopy imagery,
using consumer grade digital photography.
Growth rates of Cedrela spp. were partially explained
by identifying correlated site factors. Soil
assessment allowed for assignment of explanatory
variables to distributions of quantitative stand
parameters and species composition. Analyses of
variances identified trends in distribution of
quantitative and qualitative stand parameters.
This article addresses foresters and scientists
working in subtropical forests and helps to
facilitate decision making with regard to site
quality, especially when facing low-information
scenarios.