Leaf area index dynamics during the maize growth season in subsoiled (SS) and non-tilled (CK) plots planted at density of 45000 plants ha-1 (LD), 67500 plants ha-1(MD), and 90000 plants ha-1 (HD) in 2011 (A–C, respectively) and 2012 (D–F, respectively).

Diurnal variations of half-hourly canopy stomatal conductance (Gsc) calculated by the big-leaf (Gsc1) and dual-leaf models (Gsc2), and measured Gsc (Gscm) inverted by the S-W model, respectively for four typical clear-sky days in different growth stages of maize in 2009.

Risheng Ding (584661)
Shaozhong Kang (584662)
Taisheng Du (584663)
Xinmei Hao (584664)
Yanqun Zhang (584665)

April 2014

Leaf area index (LAI) was 0.16, 2.62, 5.38 and 2.99, on (a) May 22, (b) June 23, (c) July ...

Leaf area index (LAI) at different growing stages and post-anthesis in the normal-yield (NY) and high-yield (HY) populations of ZS11 and HYZ9 in 2011–2012 and 2012–2013 growing seasons.

Ni Ma (676167)
Jinzhan Yuan (676168)
Ming Li (91180)
Jun Li (6494)
Liyan Zhang (322168)
Lixin Liu (676169)
Muhammad Shahbaz Naeem (676170)
Chunlei Zhang (276100)

December 2014

(A) and (B) LAI at different growing stages in the NY and HY populations of ZS11 and HYZ9 in 2011...

Linear relationships between three vegetation indices (VIs) and leaf area index (LAI) during the peak growing season of maize in three counties in North China (n = 38).

Ni Huang (19501)
Li Wang (15202)
Yiqiang Guo (621626)
Pengyu Hao (621627)
Zheng Niu (621628)

August 2014

The VIs are: normalized difference vegetation index (NDVI), enhanced vegetation index (EVI), and ...

Leaf area index dynamics during the maize growth season in the control (without plastic film mulching [PM] treatment; CK) and PM-treated crops in a dry year (Site 1 in 2010, A) and a rainy year (Site 4 in 2013, B).

Jie Xu (34477)
Congfeng Li (738192)
Huitao Liu (332688)
Peilu Zhou (738193)
Zhiqiang Tao (738194)
Pu Wang (171923)
Qingfeng Meng (361979)
Ming Zhao (48501)

May 2015

Vertical bars represent standard deviations of the means. *, significant at P<0.05; **, si...

Effects of tillage management (SS, subsoiling; CK, no tillage) on maize dry matter in plots planted at density of 45000 plants ha-1, (LD), 67500 plants ha-1(MD), and 90000 plants ha-1 (HD) in each growth stage during 2010 (A), 2011 (D–F), and 2012 (G–I).

Xuefang Sun (758578)
Zaisong Ding (3910039)
Xinbing Wang (703185)
Haipeng Hou (3910045)
Baoyuan Zhou (758577)
Yang Yue (286377)
Wei Ma (299083)
Junzhu Ge (3910042)
Zhimin Wang (134383)
Ming Zhao (48501)

April 2017

Vertical bars represent the standard deviations of the means. * P< 0.05; **P< 0.01....

Ground cover and leaf area index of maize and sugar beet crops

Andrieu, Bruno
Allirand, J.M.
Jaggard, K.

January 1997

Leaf area index (L) is an important variable characterizing the development of a crop and its exchan...

Season variations of green leaf area index (GLAI) during maize growing seasons of 2011–2013.

Daozhi Gong (787173)
Weiping Hao (787174)
Xurong Mei (379752)
Xiang Gao (4077)
Qi Liu (33068)
Kelly Caylor (787175)

August 2015

Hollow and filled circles represent for CK and MFR data, respectively; vertical bar represents st...

Leaf area index comparisons of maize at the harvest stage under monoculture and intercropping.

Baoru Sun (646097)
Yi Peng (306871)
Hongyu Yang (303584)
Zhijian Li (223172)
Yingzhi Gao (646098)
Chao Wang (146527)
Yuli Yan (646099)
Yanmei Liu (318336)

October 2014

Significant differences between different cropping patterns are indicated by lower case letters (...

Maize plant height and leaf area index (LAI) at V7-V8 growth stages in conventional tillage (CT), minimum tillage (MT) and no-till (NT) and maize/bean intercropping (TYPICAL), maize/bean intercropping relayed with mucuna (RELAY) and maize/bean/mucuna in adjacent strips (STRIP) at Manor House in 2011, 2012 and 2013.

Judith A. Odhiambo (779130)
Urszula Norton (608505)
Dennis Ashilenje (779131)
Emmanuel C. Omondi (779132)
Jay B. Norton (608503)

August 2015

Lower case letters indicate statistical differences between different tillage and cropping system...

Maize LAI dynamics as affected by planting geometries in 2013 and 2014 seasons.

Tanzeelur Rahman (793758)
Xin Liu (43569)
Sajad Hussain (4100506)
Shoaib Ahmed (4100500)
Guopeng Chen (299793)
Feng Yang (132135)
Lilian Chen (4100503)
Junbo Du (188559)
Weiguo Liu (317223)
Wenyu Yang (571352)

June 2017

(a) 160 cm bandwidth: A1 = 20:140 cm; A2 = 40:120 cm; A3 = 60:100 cm; A4 = 80:80 cm. (b) 200 cm b...

Light interception, leaf area and biomass production as a function of the density of maize plants analyzed using mathematical models

Portes, Tomás Aquino
Melo, Hyrandir Cabral de

January 2014

Mathematical models were tested to correlate the leaf area index (LAI) of maize to the percentage of...

Light interception, leaf area and biomass production as a function of the density of maize plants analyzed using mathematical models

Tomás Aquino Portes
Hyrandir Cabral de Melo

April 2014

Mathematical models were tested to correlate the leaf area index (LAI) of maize to the percentage of...

Morphological analysis of plant density effects on early leaf area growth in maize

Bos, H.J.
Vos, J.
Struik, P.C.

January 2000

The mechanisms of density-related reduced leaf area per plant in non-tillering maize (Zea mays) were...

Morphological analysis of plant density effects on early leaf area growth in maize

Bos, H.J.
Vos, J.
Struik, P.C.

December 2000

AbstractIn tillering Gramineae species, leaf-area growth at higher plant densities is limited becaus...

MODEL FOR ESTIMATING LEAF AREA INDEX OF THE MAIZE CROP

LUIS GONZAGA MEDEIROS DE FIGUEREDO JÚNIOR
DURVAL DOURADO NETO
RICARDO FERRAZ DE OLIVEIRA
PAULO AUGUSTO MANFRON
THOMAS NEWTON MARTIN

April 2005

This study proposes a model for estimating leaf area index of the maize crop, as a function of relat...

Diurnal variations of half-hourly canopy stomatal conductance (Gsc) calculated by the big-leaf (Gsc1) and dual-leaf models (Gsc2), and measured Gsc (Gscm) inverted by the S-W model, respectively for four typical clear-sky days in different growth stages of maize in 2009.

Risheng Ding (584661)
Shaozhong Kang (584662)
Taisheng Du (584663)
Xinmei Hao (584664)
Yanqun Zhang (584665)

April 2014

Leaf area index (LAI) was 0.16, 2.62, 5.38 and 2.99, on (a) May 22, (b) June 23, (c) July ...

Leaf area index (LAI) at different growing stages and post-anthesis in the normal-yield (NY) and high-yield (HY) populations of ZS11 and HYZ9 in 2011–2012 and 2012–2013 growing seasons.

Ni Ma (676167)
Jinzhan Yuan (676168)
Ming Li (91180)
Jun Li (6494)
Liyan Zhang (322168)
Lixin Liu (676169)
Muhammad Shahbaz Naeem (676170)
Chunlei Zhang (276100)

December 2014

(A) and (B) LAI at different growing stages in the NY and HY populations of ZS11 and HYZ9 in 2011...

Linear relationships between three vegetation indices (VIs) and leaf area index (LAI) during the peak growing season of maize in three counties in North China (n = 38).

Ni Huang (19501)
Li Wang (15202)
Yiqiang Guo (621626)
Pengyu Hao (621627)
Zheng Niu (621628)

August 2014

The VIs are: normalized difference vegetation index (NDVI), enhanced vegetation index (EVI), and ...

Leaf area index dynamics during the maize growth season in the control (without plastic film mulching [PM] treatment; CK) and PM-treated crops in a dry year (Site 1 in 2010, A) and a rainy year (Site 4 in 2013, B).

Jie Xu (34477)
Congfeng Li (738192)
Huitao Liu (332688)
Peilu Zhou (738193)
Zhiqiang Tao (738194)
Pu Wang (171923)
Qingfeng Meng (361979)
Ming Zhao (48501)

May 2015

Vertical bars represent standard deviations of the means. *, significant at P<0.05; **, si...

Effects of tillage management (SS, subsoiling; CK, no tillage) on maize dry matter in plots planted at density of 45000 plants ha-1, (LD), 67500 plants ha-1(MD), and 90000 plants ha-1 (HD) in each growth stage during 2010 (A), 2011 (D–F), and 2012 (G–I).

Xuefang Sun (758578)
Zaisong Ding (3910039)
Xinbing Wang (703185)
Haipeng Hou (3910045)
Baoyuan Zhou (758577)
Yang Yue (286377)
Wei Ma (299083)
Junzhu Ge (3910042)
Zhimin Wang (134383)
Ming Zhao (48501)

April 2017

Vertical bars represent the standard deviations of the means. * P< 0.05; **P< 0.01....

Ground cover and leaf area index of maize and sugar beet crops

Andrieu, Bruno
Allirand, J.M.
Jaggard, K.

January 1997

Leaf area index (L) is an important variable characterizing the development of a crop and its exchan...

Season variations of green leaf area index (GLAI) during maize growing seasons of 2011–2013.

Daozhi Gong (787173)
Weiping Hao (787174)
Xurong Mei (379752)
Xiang Gao (4077)
Qi Liu (33068)
Kelly Caylor (787175)

August 2015

Hollow and filled circles represent for CK and MFR data, respectively; vertical bar represents st...

Leaf area index comparisons of maize at the harvest stage under monoculture and intercropping.

Baoru Sun (646097)
Yi Peng (306871)
Hongyu Yang (303584)
Zhijian Li (223172)
Yingzhi Gao (646098)
Chao Wang (146527)
Yuli Yan (646099)
Yanmei Liu (318336)

October 2014

Significant differences between different cropping patterns are indicated by lower case letters (...

Maize plant height and leaf area index (LAI) at V7-V8 growth stages in conventional tillage (CT), minimum tillage (MT) and no-till (NT) and maize/bean intercropping (TYPICAL), maize/bean intercropping relayed with mucuna (RELAY) and maize/bean/mucuna in adjacent strips (STRIP) at Manor House in 2011, 2012 and 2013.

Judith A. Odhiambo (779130)
Urszula Norton (608505)
Dennis Ashilenje (779131)
Emmanuel C. Omondi (779132)
Jay B. Norton (608503)

August 2015

Lower case letters indicate statistical differences between different tillage and cropping system...

Maize LAI dynamics as affected by planting geometries in 2013 and 2014 seasons.

Tanzeelur Rahman (793758)
Xin Liu (43569)
Sajad Hussain (4100506)
Shoaib Ahmed (4100500)
Guopeng Chen (299793)
Feng Yang (132135)
Lilian Chen (4100503)
Junbo Du (188559)
Weiguo Liu (317223)
Wenyu Yang (571352)

June 2017

(a) 160 cm bandwidth: A1 = 20:140 cm; A2 = 40:120 cm; A3 = 60:100 cm; A4 = 80:80 cm. (b) 200 cm b...

Light interception, leaf area and biomass production as a function of the density of maize plants analyzed using mathematical models

Portes, Tomás Aquino
Melo, Hyrandir Cabral de

January 2014

Mathematical models were tested to correlate the leaf area index (LAI) of maize to the percentage of...

Light interception, leaf area and biomass production as a function of the density of maize plants analyzed using mathematical models

Tomás Aquino Portes
Hyrandir Cabral de Melo

April 2014

Mathematical models were tested to correlate the leaf area index (LAI) of maize to the percentage of...

Morphological analysis of plant density effects on early leaf area growth in maize

Bos, H.J.
Vos, J.
Struik, P.C.

January 2000

The mechanisms of density-related reduced leaf area per plant in non-tillering maize (Zea mays) were...

Morphological analysis of plant density effects on early leaf area growth in maize

Bos, H.J.
Vos, J.
Struik, P.C.

December 2000

AbstractIn tillering Gramineae species, leaf-area growth at higher plant densities is limited becaus...

MODEL FOR ESTIMATING LEAF AREA INDEX OF THE MAIZE CROP

LUIS GONZAGA MEDEIROS DE FIGUEREDO JÚNIOR
DURVAL DOURADO NETO
RICARDO FERRAZ DE OLIVEIRA
PAULO AUGUSTO MANFRON
THOMAS NEWTON MARTIN

April 2005

This study proposes a model for estimating leaf area index of the maize crop, as a function of relat...

Diurnal variations of half-hourly canopy stomatal conductance (Gsc) calculated by the big-leaf (Gsc1) and dual-leaf models (Gsc2), and measured Gsc (Gscm) inverted by the S-W model, respectively for four typical clear-sky days in different growth stages of maize in 2009.

Risheng Ding (584661)
Shaozhong Kang (584662)
Taisheng Du (584663)
Xinmei Hao (584664)
Yanqun Zhang (584665)

April 2014

Leaf area index (LAI) was 0.16, 2.62, 5.38 and 2.99, on (a) May 22, (b) June 23, (c) July ...

Leaf area index (LAI) at different growing stages and post-anthesis in the normal-yield (NY) and high-yield (HY) populations of ZS11 and HYZ9 in 2011–2012 and 2012–2013 growing seasons.

Ni Ma (676167)
Jinzhan Yuan (676168)
Ming Li (91180)
Jun Li (6494)
Liyan Zhang (322168)
Lixin Liu (676169)
Muhammad Shahbaz Naeem (676170)
Chunlei Zhang (276100)

December 2014

(A) and (B) LAI at different growing stages in the NY and HY populations of ZS11 and HYZ9 in 2011...

Linear relationships between three vegetation indices (VIs) and leaf area index (LAI) during the peak growing season of maize in three counties in North China (n = 38).

Ni Huang (19501)
Li Wang (15202)
Yiqiang Guo (621626)
Pengyu Hao (621627)
Zheng Niu (621628)

August 2014

The VIs are: normalized difference vegetation index (NDVI), enhanced vegetation index (EVI), and ...

Leaf area index dynamics during the maize growth season in subsoiled (SS) and non-tilled (CK) plots planted at density of 45000 plants ha<sup>-1</sup> (LD), 67500 plants ha<sup>-1</sup>(MD), and 90000 plants ha<sup>-1</sup> (HD) in 2011 (A–C, respectively) and 2012 (D–F, respectively).

Abstract

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Leaf area index dynamics during the maize growth season in subsoiled (SS) and non-tilled (CK) plots planted at density of 45000 plants ha<sup>-1</sup> (LD), 67500 plants ha<sup>-1</sup>(MD), and 90000 plants ha<sup>-1</sup> (HD) in 2011 (A–C, respectively) and 2012 (D–F, respectively).

Abstract

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