Proceedings of the World Congress on Engineering, WCE 2012, July 4 - 6, 2012, London, U.KAn approach combining information generating from different stochastic differential equations are recognized for improving predictive quality of stem profile (taper). The stochastic differential equations stem taper models were fitted to a data set of Scots pine trees collected across the entire Lithuanian territory. Comparison of the predicted stem taper and stem volume with those obtained using regression based models showed a predictive power to the stochastic differential equations modelsVytauto Didžiojo universitetasŽemės ūkio akademij
Stem taper equations, which predict the change in stem form from ground to tip, have become the prim...
An integral approach to estimating stem green and dry weight for yellow-poplar in West Virginia was ...
Two new q-exponential height and q-exponential segmented taper models were developed using qexponent...
This study examines the performance of 11 tree taper models to predict the diameter of bark at any g...
Stochastic differential equations (SDEs) were developed at the beginning of the twentieth century to...
Article no. 80In this work, we employ stochastic differential equations (SDEs) to model tree stemtap...
This paper introduces the application of stochastic differential equations for the tree taper modeli...
This paper introduces the application of stochastic differential equations for the tree taper modell...
Tree height, volume and stem profile modelling is most often performed using non-linear fixed or mix...
Diameter and stem volume current and mean annual increments for Scots pine are described using a sto...
A system of stochastic differential equations and trivariate copula density function were used to de...
Two new taper models for stem profile (laper) were developed using q-exponential function. Five prev...
One area of forest biometrics that continues to progress is the development of statistical models as...
New models for tree height stem volume and taper (stem profile) were developed using a q-exponential...
Taper functions have been widely used for various purposes. Several functions were developed and suc...
Stem taper equations, which predict the change in stem form from ground to tip, have become the prim...
An integral approach to estimating stem green and dry weight for yellow-poplar in West Virginia was ...
Two new q-exponential height and q-exponential segmented taper models were developed using qexponent...
This study examines the performance of 11 tree taper models to predict the diameter of bark at any g...
Stochastic differential equations (SDEs) were developed at the beginning of the twentieth century to...
Article no. 80In this work, we employ stochastic differential equations (SDEs) to model tree stemtap...
This paper introduces the application of stochastic differential equations for the tree taper modeli...
This paper introduces the application of stochastic differential equations for the tree taper modell...
Tree height, volume and stem profile modelling is most often performed using non-linear fixed or mix...
Diameter and stem volume current and mean annual increments for Scots pine are described using a sto...
A system of stochastic differential equations and trivariate copula density function were used to de...
Two new taper models for stem profile (laper) were developed using q-exponential function. Five prev...
One area of forest biometrics that continues to progress is the development of statistical models as...
New models for tree height stem volume and taper (stem profile) were developed using a q-exponential...
Taper functions have been widely used for various purposes. Several functions were developed and suc...
Stem taper equations, which predict the change in stem form from ground to tip, have become the prim...
An integral approach to estimating stem green and dry weight for yellow-poplar in West Virginia was ...
Two new q-exponential height and q-exponential segmented taper models were developed using qexponent...