Quantitative modeling of spatial relationships in hybrid poplar bioenergy plantation

Szendrodi, L.B.; FAO, Rome (Italy). Forestry Dept. eng; International Poplar Commission. Working Party on Biomass Production Systems for the Salicaceae eng 3-4 Oct 1994 Sapanca (Turkey); Abrahamson, L.P.; White, E.H.

Quantitative modeling of spatial relationships in hybrid poplar bioenergy plantation

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Main Authors:	Szendrodi, L.B., FAO, Rome (Italy). Forestry Dept. eng, International Poplar Commission. Working Party on Biomass Production Systems for the Salicaceae eng 3-4 Oct 1994 Sapanca (Turkey), Abrahamson, L.P., White, E.H.
Format:	Texto biblioteca
Language:
Published:	(np) 1994
Subjects:	FO CIP, POPULUS, HYBRIDS, FOREST PLANTATIONS, SPACING, MATHEMATICAL MODELS, PLANT RESPONSE, GROWTH, BIOMASS, HYBRIDE, PLANTATION FORESTIERE, ESPACEMENT, MODELE MATHEMATIQUE, HIBRIDOS, PLANTACION FORESTAL, ESPACIAMIENTO, MODELOS MATEMATICOS, REPONSE DE LA PLANTE, CROISSANCE, BIOMASSE, RESPUESTA DE LA PLANTA, CRECIMIENTO, BIOMASA,
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id	unfao:800042
record_format	koha
spelling	unfao:8000422014-12-23T03:22:55ZQuantitative modeling of spatial relationships in hybrid poplar bioenergy plantation Szendrodi, L.B. FAO, Rome (Italy). Forestry Dept. eng International Poplar Commission. Working Party on Biomass Production Systems for the Salicaceae eng 3-4 Oct 1994 Sapanca (Turkey) Abrahamson, L.P. White, E.H. text(np)1994 Summary (En)Summary (En)FO CIPPOPULUSHYBRIDSFOREST PLANTATIONSSPACINGMATHEMATICAL MODELSPLANT RESPONSEGROWTHBIOMASSPOPULUSHYBRIDEPLANTATION FORESTIEREESPACEMENTMODELE MATHEMATIQUEPOPULUSHIBRIDOSPLANTACION FORESTALESPACIAMIENTOMODELOS MATEMATICOSREPONSE DE LA PLANTECROISSANCEBIOMASSERESPUESTA DE LA PLANTACRECIMIENTOBIOMASA362233-243
institution	FAO IT
collection	Koha
country	Italia
countrycode	IT
component	Bibliográfico
access	En linea
databasecode	cat-fao-it
tag	biblioteca
region	Europa del Sur
libraryname	David Lubin Memorial Library of FAO
language
topic	FO CIP POPULUS HYBRIDS FOREST PLANTATIONS SPACING MATHEMATICAL MODELS PLANT RESPONSE GROWTH BIOMASS POPULUS HYBRIDE PLANTATION FORESTIERE ESPACEMENT MODELE MATHEMATIQUE POPULUS HIBRIDOS PLANTACION FORESTAL ESPACIAMIENTO MODELOS MATEMATICOS REPONSE DE LA PLANTE CROISSANCE BIOMASSE RESPUESTA DE LA PLANTA CRECIMIENTO BIOMASA FO CIP POPULUS HYBRIDS FOREST PLANTATIONS SPACING MATHEMATICAL MODELS PLANT RESPONSE GROWTH BIOMASS POPULUS HYBRIDE PLANTATION FORESTIERE ESPACEMENT MODELE MATHEMATIQUE POPULUS HIBRIDOS PLANTACION FORESTAL ESPACIAMIENTO MODELOS MATEMATICOS REPONSE DE LA PLANTE CROISSANCE BIOMASSE RESPUESTA DE LA PLANTA CRECIMIENTO BIOMASA
spellingShingle	FO CIP POPULUS HYBRIDS FOREST PLANTATIONS SPACING MATHEMATICAL MODELS PLANT RESPONSE GROWTH BIOMASS POPULUS HYBRIDE PLANTATION FORESTIERE ESPACEMENT MODELE MATHEMATIQUE POPULUS HIBRIDOS PLANTACION FORESTAL ESPACIAMIENTO MODELOS MATEMATICOS REPONSE DE LA PLANTE CROISSANCE BIOMASSE RESPUESTA DE LA PLANTA CRECIMIENTO BIOMASA FO CIP POPULUS HYBRIDS FOREST PLANTATIONS SPACING MATHEMATICAL MODELS PLANT RESPONSE GROWTH BIOMASS POPULUS HYBRIDE PLANTATION FORESTIERE ESPACEMENT MODELE MATHEMATIQUE POPULUS HIBRIDOS PLANTACION FORESTAL ESPACIAMIENTO MODELOS MATEMATICOS REPONSE DE LA PLANTE CROISSANCE BIOMASSE RESPUESTA DE LA PLANTA CRECIMIENTO BIOMASA Szendrodi, L.B. FAO, Rome (Italy). Forestry Dept. eng International Poplar Commission. Working Party on Biomass Production Systems for the Salicaceae eng 3-4 Oct 1994 Sapanca (Turkey) Abrahamson, L.P. White, E.H. Quantitative modeling of spatial relationships in hybrid poplar bioenergy plantation
description	Summary (En)
format	Texto
topic_facet	FO CIP POPULUS HYBRIDS FOREST PLANTATIONS SPACING MATHEMATICAL MODELS PLANT RESPONSE GROWTH BIOMASS POPULUS HYBRIDE PLANTATION FORESTIERE ESPACEMENT MODELE MATHEMATIQUE POPULUS HIBRIDOS PLANTACION FORESTAL ESPACIAMIENTO MODELOS MATEMATICOS REPONSE DE LA PLANTE CROISSANCE BIOMASSE RESPUESTA DE LA PLANTA CRECIMIENTO BIOMASA
author	Szendrodi, L.B. FAO, Rome (Italy). Forestry Dept. eng International Poplar Commission. Working Party on Biomass Production Systems for the Salicaceae eng 3-4 Oct 1994 Sapanca (Turkey) Abrahamson, L.P. White, E.H.
author_facet	Szendrodi, L.B. FAO, Rome (Italy). Forestry Dept. eng International Poplar Commission. Working Party on Biomass Production Systems for the Salicaceae eng 3-4 Oct 1994 Sapanca (Turkey) Abrahamson, L.P. White, E.H.
author_sort	Szendrodi, L.B.
title	Quantitative modeling of spatial relationships in hybrid poplar bioenergy plantation
title_short	Quantitative modeling of spatial relationships in hybrid poplar bioenergy plantation
title_full	Quantitative modeling of spatial relationships in hybrid poplar bioenergy plantation
title_fullStr	Quantitative modeling of spatial relationships in hybrid poplar bioenergy plantation
title_full_unstemmed	Quantitative modeling of spatial relationships in hybrid poplar bioenergy plantation
title_sort	quantitative modeling of spatial relationships in hybrid poplar bioenergy plantation
publisher	(np)
publishDate	1994
work_keys_str_mv	AT szendrodilb quantitativemodelingofspatialrelationshipsinhybridpoplarbioenergyplantation AT faoromeitalyforestrydepteng quantitativemodelingofspatialrelationshipsinhybridpoplarbioenergyplantation AT internationalpoplarcommissionworkingpartyonbiomassproductionsystemsforthesalicaceaeeng34oct1994sapancaturkey quantitativemodelingofspatialrelationshipsinhybridpoplarbioenergyplantation AT abrahamsonlp quantitativemodelingofspatialrelationshipsinhybridpoplarbioenergyplantation AT whiteeh quantitativemodelingofspatialrelationshipsinhybridpoplarbioenergyplantation
_version_	1768409490019844096

Quantitative modeling of spatial relationships in hybrid poplar bioenergy plantation

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