The present paper examines the optimal use of a site containing standing timber, taking account of both timber and non-timber values. Using a site in the southern forest of Tasmania for illustrative purposes, it calculates the relationships between age of stand, extent of timber and non-timber values and optimal cutting age. It finds that, for a stand with moderate potential environmental benefits, there is a period of its life during which it is optimal to log. This segment narrows, and eventually disappears, as potential environmental benefits increase
Existing optimal rotation models include even-aged management exogenously into the model structure. ...
This paper considers the optimal rotation of forests when the carbon flows from forest growth and ha...
An approach to optimise duration of the forest rotation cycle on established forest plantation is pr...
This paper examines the optimal use of a site containing standing timber, taking account of both tim...
This paper examines the optimal use of a site containing standing timber, taking account of both tim...
The central task of this research was to choose the age at which stands of growing timber should be ...
The introduction of the “maximum principle” by Pontryagin et al. (1964) elevated optimal control as ...
The non-market component of forest standing value is considered by many to exceed the value of marke...
The non-market component of forest standing value is considered by many to exceed the value of marke...
The aim of this research is to determine the optimal rotation age of Populus deltoides plantations r...
The aim of this research is to determine the optimal rotation age of Populus deltoides plantations r...
* I am grateful to Nobuyuki Yamamoto and participants at the GIARI workshop held at Waseda Universit...
This thesis is concerned with questions relating to the optimal regulation of logging in a solely ow...
The existing literature determining the optimal rotation period of a forest stand under conditions o...
This paper presents and applies a theoretical framework to integrate the influence of carbon dioxide...
Existing optimal rotation models include even-aged management exogenously into the model structure. ...
This paper considers the optimal rotation of forests when the carbon flows from forest growth and ha...
An approach to optimise duration of the forest rotation cycle on established forest plantation is pr...
This paper examines the optimal use of a site containing standing timber, taking account of both tim...
This paper examines the optimal use of a site containing standing timber, taking account of both tim...
The central task of this research was to choose the age at which stands of growing timber should be ...
The introduction of the “maximum principle” by Pontryagin et al. (1964) elevated optimal control as ...
The non-market component of forest standing value is considered by many to exceed the value of marke...
The non-market component of forest standing value is considered by many to exceed the value of marke...
The aim of this research is to determine the optimal rotation age of Populus deltoides plantations r...
The aim of this research is to determine the optimal rotation age of Populus deltoides plantations r...
* I am grateful to Nobuyuki Yamamoto and participants at the GIARI workshop held at Waseda Universit...
This thesis is concerned with questions relating to the optimal regulation of logging in a solely ow...
The existing literature determining the optimal rotation period of a forest stand under conditions o...
This paper presents and applies a theoretical framework to integrate the influence of carbon dioxide...
Existing optimal rotation models include even-aged management exogenously into the model structure. ...
This paper considers the optimal rotation of forests when the carbon flows from forest growth and ha...
An approach to optimise duration of the forest rotation cycle on established forest plantation is pr...