Above and below-ground competition for solar radiation and soil moisture in a wind break-soybean system

Even though windbreaks benefit in agricultural systems by protecting crops from damaging effects of wind and controlling soil erosion, some farmers are reluctant to plant windbreaks in their fields because of the reduction of crop yields in the area close to the windbreaks due to tree competition. Windbreaksoybean competition for soil moisture and light was studied during two crop seasons (1996 and 1997) at Mead, Nebraska. The effects of windbreak orientations (east, west and south windbreaks), and the effects of tree root pruning (pruned and non-pruned) on soybean growth and yield were studied. Windbreaks were mature trees formed by two rows of green ash combined with eastern redcedar or Austrian pine. Tree root pruning was done at 7 m from the windbreak line and at 0.75 m depth. Neither irrigation nor fertilization were applied on soybean in either crop season.

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Bibliographic Details
Main Author: Nieto C., Carlos
Format: Tesis biblioteca
Language:English
Published: Lincoln, Nebraska: University of Nebraska, 1998. 192 p. 1998
Subjects:SOJA, FRAXINUS PENNSYLVANICA, JUNIPERUS VIRGINIANA, PINUS NIGRA, ROMPEVIENTO, RADIACIÓN SOLAR, POTENCIAL HÍDRICO DEL SUELO, TEMPERATURA, PH.D. THESIS,
Online Access:http://repositorio.iniap.gob.ec/jspui/handle/41000/645
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spelling dig-iniap-41000-6452023-11-19T18:21:30Z Above and below-ground competition for solar radiation and soil moisture in a wind break-soybean system Nieto C., Carlos SOJA FRAXINUS PENNSYLVANICA JUNIPERUS VIRGINIANA PINUS NIGRA ROMPEVIENTO RADIACIÓN SOLAR POTENCIAL HÍDRICO DEL SUELO TEMPERATURA PH.D. THESIS Even though windbreaks benefit in agricultural systems by protecting crops from damaging effects of wind and controlling soil erosion, some farmers are reluctant to plant windbreaks in their fields because of the reduction of crop yields in the area close to the windbreaks due to tree competition. Windbreaksoybean competition for soil moisture and light was studied during two crop seasons (1996 and 1997) at Mead, Nebraska. The effects of windbreak orientations (east, west and south windbreaks), and the effects of tree root pruning (pruned and non-pruned) on soybean growth and yield were studied. Windbreaks were mature trees formed by two rows of green ash combined with eastern redcedar or Austrian pine. Tree root pruning was done at 7 m from the windbreak line and at 0.75 m depth. Neither irrigation nor fertilization were applied on soybean in either crop season. 2015-05-25T20:23:01Z 2015-05-25T20:23:01Z 1998 Tesis *EC-INIAP-BEESC-MGC. Quito (T/N677a) http://repositorio.iniap.gob.ec/jspui/handle/41000/645 en 3 p. application/pdf E. E. Santa Catalina Lincoln, Nebraska: University of Nebraska, 1998. 192 p.
institution INIAP
collection DSpace
country Ecuador
countrycode EC
component Bibliográfico
access En linea
databasecode dig-iniap
tag biblioteca
region America del Sur
libraryname Biblioteca INIAP
language English
topic SOJA
FRAXINUS PENNSYLVANICA
JUNIPERUS VIRGINIANA
PINUS NIGRA
ROMPEVIENTO
RADIACIÓN SOLAR
POTENCIAL HÍDRICO DEL SUELO
TEMPERATURA
PH.D. THESIS
SOJA
FRAXINUS PENNSYLVANICA
JUNIPERUS VIRGINIANA
PINUS NIGRA
ROMPEVIENTO
RADIACIÓN SOLAR
POTENCIAL HÍDRICO DEL SUELO
TEMPERATURA
PH.D. THESIS
spellingShingle SOJA
FRAXINUS PENNSYLVANICA
JUNIPERUS VIRGINIANA
PINUS NIGRA
ROMPEVIENTO
RADIACIÓN SOLAR
POTENCIAL HÍDRICO DEL SUELO
TEMPERATURA
PH.D. THESIS
SOJA
FRAXINUS PENNSYLVANICA
JUNIPERUS VIRGINIANA
PINUS NIGRA
ROMPEVIENTO
RADIACIÓN SOLAR
POTENCIAL HÍDRICO DEL SUELO
TEMPERATURA
PH.D. THESIS
Nieto C., Carlos
Above and below-ground competition for solar radiation and soil moisture in a wind break-soybean system
description Even though windbreaks benefit in agricultural systems by protecting crops from damaging effects of wind and controlling soil erosion, some farmers are reluctant to plant windbreaks in their fields because of the reduction of crop yields in the area close to the windbreaks due to tree competition. Windbreaksoybean competition for soil moisture and light was studied during two crop seasons (1996 and 1997) at Mead, Nebraska. The effects of windbreak orientations (east, west and south windbreaks), and the effects of tree root pruning (pruned and non-pruned) on soybean growth and yield were studied. Windbreaks were mature trees formed by two rows of green ash combined with eastern redcedar or Austrian pine. Tree root pruning was done at 7 m from the windbreak line and at 0.75 m depth. Neither irrigation nor fertilization were applied on soybean in either crop season.
format Tesis
topic_facet SOJA
FRAXINUS PENNSYLVANICA
JUNIPERUS VIRGINIANA
PINUS NIGRA
ROMPEVIENTO
RADIACIÓN SOLAR
POTENCIAL HÍDRICO DEL SUELO
TEMPERATURA
PH.D. THESIS
author Nieto C., Carlos
author_facet Nieto C., Carlos
author_sort Nieto C., Carlos
title Above and below-ground competition for solar radiation and soil moisture in a wind break-soybean system
title_short Above and below-ground competition for solar radiation and soil moisture in a wind break-soybean system
title_full Above and below-ground competition for solar radiation and soil moisture in a wind break-soybean system
title_fullStr Above and below-ground competition for solar radiation and soil moisture in a wind break-soybean system
title_full_unstemmed Above and below-ground competition for solar radiation and soil moisture in a wind break-soybean system
title_sort above and below-ground competition for solar radiation and soil moisture in a wind break-soybean system
publisher Lincoln, Nebraska: University of Nebraska, 1998. 192 p.
publishDate 1998
url http://repositorio.iniap.gob.ec/jspui/handle/41000/645
work_keys_str_mv AT nietoccarlos aboveandbelowgroundcompetitionforsolarradiationandsoilmoistureinawindbreaksoybeansystem
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