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Results: 1-10 |
Results: 10
SIMULATING GENOTYPIC STRATEGIES FOR INCREASING RICE YIELD POTENTIAL IN IRRIGATED, TROPICAL ENVIRONMENTS
Authors: AGGARWAL PK KROPFF MJ CASSMAN KG TENBERGE HFM
Citation: Pk. Aggarwal et al., SIMULATING GENOTYPIC STRATEGIES FOR INCREASING RICE YIELD POTENTIAL IN IRRIGATED, TROPICAL ENVIRONMENTS, Field crops research, 51(1-2), 1997, pp. 5-17
NUMERICAL OPTIMIZATION OF NITROGEN APPLICATION TO RICE .1. DESCRIPTION OF MANAGE-N
Authors: TENBERGE HFM THIYAGARAJAN TM SHI QH WOPEREIS MCS DRENTH H JANSEN MJW
Citation: Hfm. Tenberge et al., NUMERICAL OPTIMIZATION OF NITROGEN APPLICATION TO RICE .1. DESCRIPTION OF MANAGE-N, Field crops research, 51(1-2), 1997, pp. 29-42
NUMERICAL OPTIMIZATION OF NITROGEN APPLICATION TO RICE .2. FIELD EVALUATIONS
Authors: TENBERGE HFM SHI QH ZHENG ZM RAO KS RIETHOVEN JJM ZHONG XH
Citation: Hfm. Tenberge et al., NUMERICAL OPTIMIZATION OF NITROGEN APPLICATION TO RICE .2. FIELD EVALUATIONS, Field crops research, 51(1-2), 1997, pp. 43-54
SOIL N SUPPLY AND PLANT N UPTAKE BY IRRIGATED RICE IN TAMIL-NADU
Authors: THIYAGARAJAN TM STALIN P DOBERMANN A CASSMAN KG TENBERGE HFM
Citation: Tm. Thiyagarajan et al., SOIL N SUPPLY AND PLANT N UPTAKE BY IRRIGATED RICE IN TAMIL-NADU, Field crops research, 51(1-2), 1997, pp. 55-64
YIELD FORMATION IN RICE IN RESPONSE TO DRAINAGE AND NITROGEN APPLICATION
Authors: RAMASAMY S TENBERGE HFM PURUSHOTHAMAN S
Citation: S. Ramasamy et al., YIELD FORMATION IN RICE IN RESPONSE TO DRAINAGE AND NITROGEN APPLICATION, Field crops research, 51(1-2), 1997, pp. 65-82
NITROGEN SUPPLYING CAPACITY OF LOWLAND RICE SOILS IN SOUTHERN INDIA
Authors: STALIN P DOBERMANN A CASSMAN KG THIYAGARAJAN TM TENBERGE HFM
Citation: P. Stalin et al., NITROGEN SUPPLYING CAPACITY OF LOWLAND RICE SOILS IN SOUTHERN INDIA, Communications in soil science and plant analysis, 27(15-17), 1996, pp. 2851-2874
THE SAWAH RICELAND HYDROLOGY MODEL
Authors: TENBERGE HFM METSELAAR K JANSEN MJW DESANAGUSTIN EM
Citation: Hfm. Tenberge et al., THE SAWAH RICELAND HYDROLOGY MODEL, Water resources research, 31(11), 1995, pp. 2721-2732
WATER-USE EFFICIENCY OF FLOODED RICE FIELDS .1. VALIDATION OF THE SOIL-WATER BALANCE MODEL SAWAH
Authors: WOPEREIS MCS BOUMAN BAM KROPFF MJ TENBERGE HFM MALIGAYA AR
Citation: Mcs. Wopereis et al., WATER-USE EFFICIENCY OF FLOODED RICE FIELDS .1. VALIDATION OF THE SOIL-WATER BALANCE MODEL SAWAH, Agricultural water management, 26(4), 1994, pp. 277-289
WATER-USE EFFICIENCY OF FLOODED RICE FIELDS .2. PERCOLATION AND SEEPAGE LOSSES
Authors: BOUMAN BAM WOPEREIS MCS KROPFF MJ TENBERGE HFM TUONG TP
Citation: Bam. Bouman et al., WATER-USE EFFICIENCY OF FLOODED RICE FIELDS .2. PERCOLATION AND SEEPAGE LOSSES, Agricultural water management, 26(4), 1994, pp. 291-304
COMPARING THE PERFORMANCE OF A SOIL-WATER BALANCE MODEL USING MEASURED AND CALIBRATED HYDRAULIC CONDUCTIVITY DATA - A CASE-STUDY FOR DRYLAND RICE
Authors: WOPEREIS MCS WOSTEN JHM TENBERGE HFM WOODHEAD T DESANAGUSTIN EM
Citation: Mcs. Wopereis et al., COMPARING THE PERFORMANCE OF A SOIL-WATER BALANCE MODEL USING MEASURED AND CALIBRATED HYDRAULIC CONDUCTIVITY DATA - A CASE-STUDY FOR DRYLAND RICE, Soil science, 156(3), 1993, pp. 133-140
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