Modeling operational adaptations of tactical production plans on pot plant nurseries a simulation approach

Modeling operational adaptations of tactical production plans on pot plant nurseries a simulation approach

Guardado en:

Detalles Bibliográficos
Publicado en:	Agricultural Systems
Autor principal:	Leutscher, K. J.
Formato:	Sin ejemplares
Lenguaje:	Inglés
Colección:	Agricultural Systems v. 59, no. 1 (1999), p. 67-78
Materias:	Viveros Plantas de macetas Producción Simulación Toma de decisiones
Publicación relacionada:	Contenido en: Agricultural Systems

Ejemplares similares

Production factors affecting postproduction quality of flowering potted plants
por: Nell, Terril A.

Aconitum as a flowering pot plant
por: Abd-Elrahem, A.

The modern nursery
por: Laurie, Alex
Publicado: (1931)

Involvement of nursery operators and educators in development of fertilization and irrigation regulation
por: Yeager, Thomas H.

Production of fig (Ficus carica L.) Nursery plants by stem layering method
por: Dolgun, Oguz

Fertiliser use efficiency by containerised nursery plants 1. Plant growth and nutrient uptake
por: Huett, D. O.

Fertiliser use effciency by containerised nursery plants 2. Nutrient leaching
por: Huett, D. O.

Diseases of woody ornamentals and trees in nurseries /
Publicado: (c2001.)

Optimising nursery operation schedules with multiperiod linear programming
por: Janse van Rensburg, Rudolf

Chemical and environmental manipulation of ornamental Acacia Mill. species for pot plant production
por: Parletta, M. A.

Micronutrient sources for container nursery plants
por: ROSE, Mary Ann

Gert modeling and simulation
por: Moore, Laurence J.
Publicado: (c1976.)

Canopy surface resistances to water vapour transfer for nine greenhouse pot plant crops
por: BAILLE, Maria

RECYCLING water in hardy nursery stock crops

Effect of shoot number on potted grapevines II Dry matter accumulation and partitioning
por: Miller, D. P.

High-temperature tolerance of heritage river birch roots decreased by pot-in-pot production systems
por: RUTER, John M.

Growth regulator effects on plant height of potted Mussaenda "Queen sirikit"
por: CRAMER, Christopher S.

Logisim : simulación de sistemas logísticos e industriales /
Publicado: (c2006.)

Cómo mejorar la logística de su empresa mediante la simulación /
Publicado: (c2006.)

Certification in the grapevine nursery industry - what does it mean?
por: Bonfiglioli, Roderick

Improving irrigation water use in container nurseries
por: Mathers, Hannah M.

Modeling plant competition with the GAPS object-oriented dynamic simulation model
por: Rossiter, David G.

Compete : simulación dinámica de marketing.
por: Faria, A. J..
Publicado: (1996.)

Lady beetle release controls aphids on potted plants
por: FLINT, Mary Louise

Effect of shoot number on potted grapevines I Canopy development and morphology
por: Miller, D. P.

Comparison of two simulation-based methods for modeling plant growth
por: HOPPER, Douglas

Methyl bromide alternatives evaluated for California strawberry nurseries

Principles of crop modelling and simulation II The implications of the objetive in model development
por: DOURADO-NETO, D.

Influence of shoot number and crop load on potted chambourcin grapevines I Morphology and dry matter partitioning
por: Miller, D. P.

De todo, como en botica
por: FERRAZZINI, Angie

Frame-based modelling as a method of simulating rangeland production systems in the long term
por: Hahn, B. D.

Investigación de operaciones : el arte de la toma de decisiones /
por: Mathur, Kamlesh
Publicado: (c1996.)

WIN (carpropamid) - an ideal fungicide for nursery-box treatment
por: KURAHASHI, Y.

A Review of weed control practices in container nurseries
por: Case, L. T.

Simulation models science, snake oil, education, or engineering?
por: Passioura, J. B.

A device enabling fully automated water-deficit experiments with potted grapevines

QUALITE simulation modeling and analysis
Publicado: (c.1991)

Soil fumigation and runner plant production a synthesis of four years of strawberry nursery field trials
por: Larson, Kirk D.

Principles of crop modeling and simulation I Uses of mathematical models in agricultural science
por: DOURADO-NETO, D.

Root zone temperatures of Viburnum odoratissimum grown in the multipot box system and conventional systems measurement and analyses of temperature profiles and predicting root zone temperatures