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Articles

A BIO-ECONOMIC MODEL FOR PLANNING THE GREENHOUSE PRODUCTION PROCESS

Article number
203_2
Pages
23 – 32
Language
Abstract
The bio-economic model takes into account the biological and engineering aspects of the production as well as the economic consequences.
The core are dynamic growth models for vegetable crops.
Submodels for calculating the greenhouse climate and energy consumption are linked with plant growth models.
Numerical search methods are used for optimization.

Publication
IX Symposium on Horticultural Economics, XXII IHC
Authors
W. Lentz
Keywords
Full text
https://doi.org/10.17660/ActaHortic.1987.203.2
Online Articles (43)
B. Håkansson
W. Lentz
W. Timothy Rhodus | Thomas L. Prince | Reed D. Taylor
H.H. Buchwald
W. Bokelmann
H. Kupschus | H. Storck
M.E. Warner | G.B. White
D.C. Goodrich Jr
W. Rothenburger
G. Stoffert | U. Wildt
R.C. Funt | M.A. Ellis | D.C. Ferree
S. Gupta
J.C. Montiqaud | P. Varoquaux | P. Vergniaud | D. Nicolas
A. Burger
C.R. Jenkins | R.G. Brumfield
R.G. Brumfield | L.E. Sim
E.W. McLaughlin | M. Primo-Mandujano
B.K. Behe | T.L. Prince | W.T. Rhodus | J.L. Robertson
D. Jolly
J. L. Jordan | R.L. Shewfelt | S.E. Prussia
G.J. Wells | R.S. Monson | M.J. Delwiche
P.J. Rathwell | G.J. Wells | M.B. Carter
Larry L. Bauer | P. James Rathwell | R. Caines | Gary J. Wells
T.L. Prince | D.A. Schilling | W.T. Rhodus | S.L. Born | J.G. Seeley
L.M. Albisu | J.A. Dominguez
D. Rymon | R. Nakar | J. Wegner | N. Umiel
A. E. Levi | R. J. Folwell
R.v. Alvensleben | M. Altmann
Donald J. Ricks
S. Godfroid
J. Barallat | E.W. McLaughlin | D.R. Lee
D. Srivastava | G. Bisaria
C. Casado
V. Hervouet | D. Blandford
K. Moulton
N. Donadio | D. Blandford | Gerald B. White
B. Schwartz | J.M. Love
H.-Chr. Behr
W. Rothenburger
R.v. Alvensleben | B. Vierheilig
P. van Lookeren Campagne | J.M.F.H. Achten
E.H.J.M. de Kleijn