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Results: 1-10 |
Results: 10
SUGARCANE FIELDS - SOURCES OR SINKS FOR GREENHOUSE-GAS EMISSIONS
Authors: WEIER KL
Citation: Kl. Weier, SUGARCANE FIELDS - SOURCES OR SINKS FOR GREENHOUSE-GAS EMISSIONS, Australian Journal of Agricultural Research, 49(1), 1998, pp. 1-9
SOIL DENITRIFICATION AND NITROUS-OXIDE LOSSES UNDER CORN IRRIGATED WITH HIGH-NITRATE GROUNDWATER
Authors: QIAN JH DORAN JW WEIER KL MOSIER AR PETERSON TA POWER JF
Citation: Jh. Qian et al., SOIL DENITRIFICATION AND NITROUS-OXIDE LOSSES UNDER CORN IRRIGATED WITH HIGH-NITRATE GROUNDWATER, Journal of environmental quality, 26(2), 1997, pp. 348-360
RECOVERY IN PLANTS AND SOILS OF N-15 APPLIED AS SUBSURFACE BANDS OF UREA TO SUGARCANE
Authors: VALLIS I CATCHPOOLE VR HUGHES RM MYERS RJK RIDGE DR WEIER KL
Citation: I. Vallis et al., RECOVERY IN PLANTS AND SOILS OF N-15 APPLIED AS SUBSURFACE BANDS OF UREA TO SUGARCANE, Australian Journal of Agricultural Research, 47(3), 1996, pp. 355-370
POTENTIAL FOR BIOLOGICAL DENITRIFICATION OF FERTILIZER NITROGEN IN SUGARCANE SOILS
Authors: WEIER KL MCEWAN CW VALLIS I CATCHPOOLE VR MYERS RJ
Citation: Kl. Weier et al., POTENTIAL FOR BIOLOGICAL DENITRIFICATION OF FERTILIZER NITROGEN IN SUGARCANE SOILS, Australian Journal of Agricultural Research, 47(1), 1996, pp. 67-79
ROLE OF N-2-FIXATION IN THE SUSTAINABILITY OF THE PONDED GRASS PASTURE SYSTEM
Authors: WEIER KL PITTAWAY PA WILDIN JH
Citation: Kl. Weier et al., ROLE OF N-2-FIXATION IN THE SUSTAINABILITY OF THE PONDED GRASS PASTURE SYSTEM, Soil biology & biochemistry, 27(4-5), 1995, pp. 441-445
NITROGEN USE AND LOSSES IN AGRICULTURE IN SUBTROPICAL AUSTRALIA
Authors: WEIER KL
Citation: Kl. Weier, NITROGEN USE AND LOSSES IN AGRICULTURE IN SUBTROPICAL AUSTRALIA, Fertilizer research, 39(3), 1994, pp. 245-257
POTENTIAL FOR BIOREMEDIATION OF HIGH NITRATE IRRIGATION WATER VIA DENITRIFICATION
Authors: WEIER KL DORAN JW MOSIER AR POWER JF PETERSON TA
Citation: Kl. Weier et al., POTENTIAL FOR BIOREMEDIATION OF HIGH NITRATE IRRIGATION WATER VIA DENITRIFICATION, Journal of environmental quality, 23(1), 1994, pp. 105-110
DENITRIFICATION IN A CLAY SOIL UNDER PASTURE AND ANNUAL CROP - ESTIMATION OF POTENTIAL LOSSES USING INTACT SOIL CORES
Authors: WEIER KL MACRAE IC MYERS RJK
Citation: Kl. Weier et al., DENITRIFICATION IN A CLAY SOIL UNDER PASTURE AND ANNUAL CROP - ESTIMATION OF POTENTIAL LOSSES USING INTACT SOIL CORES, Soil biology & biochemistry, 25(8), 1993, pp. 991-997
DENITRIFICATION IN A CLAY SOIL UNDER PASTURE AND ANNUAL CROP - LOSSESFROM 15N-LABELED NITRATE IN THE SUBSOIL IN THE FIELD USING C2H2 INHIBITION
Authors: WEIER KL MACRAE IC MYERS RJK
Citation: Kl. Weier et al., DENITRIFICATION IN A CLAY SOIL UNDER PASTURE AND ANNUAL CROP - LOSSESFROM 15N-LABELED NITRATE IN THE SUBSOIL IN THE FIELD USING C2H2 INHIBITION, Soil biology & biochemistry, 25(8), 1993, pp. 999-1004
NET MINERALIZATION, NET NITRIFICATION AND POTENTIALLY AVAILABLE NITROGEN IN THE SUBSOIL BENEATH A CULTIVATED CROP AND A PERMANENT PASTURE
Authors: WEIER KL MACRAE IC
Citation: Kl. Weier et Ic. Macrae, NET MINERALIZATION, NET NITRIFICATION AND POTENTIALLY AVAILABLE NITROGEN IN THE SUBSOIL BENEATH A CULTIVATED CROP AND A PERMANENT PASTURE, Journal of soil science, 44(3), 1993, pp. 451-458
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