We introduce a modification of the quadratic-Leontieff multi-output cost function that is particularly suitable for the data of the Farm Accountancy Data Network. We present least squares and entropy estimates of that function and compare their results for a sample of crop farms. Our results are encouraging for the use of entropy estimators in cases in which farms are not assumed to share the same technology. Our approach can be seen as an extension of the Positive Mathematical Programming approach (Howitt, 1995). The extension consists in an explicit specification of inputs in the cost function and in the possibility of modeling several farms simultaneously
This paper addresses the allocation of indirect or joint costs among farm enterprises, and elaborate...
This paper introduces an approach to the specification of non-linear cost functions in regional prog...
When building an economic model for supply analysis the aim is to model a decision making process of...
We introduce a modification of the quadratic-Leontieff multi-output cost function that is particular...
This paper aims to estimate the farm cost allocation coefficients from whole-farm input costs. An en...
This paper aims to estimate the farm joint costs allocation coefficients from whole farm input costs...
This paper proposes and applies an innovative estimation approach for farm group programming models ...
The paper presents an approach to allocate joint costs to production branches based on maximum entro...
This paper aims to estimate the farm cost allocation coefficients from whole farm input costs. An en...
Agriculture and Agri-Food Canada (AAFC) has an ongoing research program to provide information on th...
This paper demonstrates a robust maximum entropy approach to estimating flexible-form farm-level mul...
This rst part gives the main concepts for estimating a nested multi-input and multi-output cost func...
A line of research in Positive Mathematical Programming (PMP) has pursued the goal of estimating a c...
This paper aims to estimate the cost allocation coefficients of agricultural activities based on in...
Using data from the Swiss Farm Accountancy Data Network (FADN), this paper derives the full cost for...
This paper addresses the allocation of indirect or joint costs among farm enterprises, and elaborate...
This paper introduces an approach to the specification of non-linear cost functions in regional prog...
When building an economic model for supply analysis the aim is to model a decision making process of...
We introduce a modification of the quadratic-Leontieff multi-output cost function that is particular...
This paper aims to estimate the farm cost allocation coefficients from whole-farm input costs. An en...
This paper aims to estimate the farm joint costs allocation coefficients from whole farm input costs...
This paper proposes and applies an innovative estimation approach for farm group programming models ...
The paper presents an approach to allocate joint costs to production branches based on maximum entro...
This paper aims to estimate the farm cost allocation coefficients from whole farm input costs. An en...
Agriculture and Agri-Food Canada (AAFC) has an ongoing research program to provide information on th...
This paper demonstrates a robust maximum entropy approach to estimating flexible-form farm-level mul...
This rst part gives the main concepts for estimating a nested multi-input and multi-output cost func...
A line of research in Positive Mathematical Programming (PMP) has pursued the goal of estimating a c...
This paper aims to estimate the cost allocation coefficients of agricultural activities based on in...
Using data from the Swiss Farm Accountancy Data Network (FADN), this paper derives the full cost for...
This paper addresses the allocation of indirect or joint costs among farm enterprises, and elaborate...
This paper introduces an approach to the specification of non-linear cost functions in regional prog...
When building an economic model for supply analysis the aim is to model a decision making process of...