Influence of irrigation regime on the leaf area and leaf area index of French bean (Phaseolus vulgaris L.)

In field experiments the influence of irrigation regime on leaf area and leaf area index in bean plants are investigated. Cultivar "Strike" was used, which is a highly yield, with cylindrical pods and is intended mainly for the canning industry. Experiments were conducted according to the...

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Published inEmirates Journal of Food and Agriculture Vol. 27; no. 2; pp. 171 - 177
Main Authors Kalaydjieva, Radost, Zlatev, Alexander
Format Journal Article
LanguageEnglish
Published Sofia College of Food & Agriculture, United Arab Emirates University 01.02.2015
Pensoft Publishers
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ISSN2079-052X
2079-0538
DOI10.9755/ejfa.v27i2.19271

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Abstract In field experiments the influence of irrigation regime on leaf area and leaf area index in bean plants are investigated. Cultivar "Strike" was used, which is a highly yield, with cylindrical pods and is intended mainly for the canning industry. Experiments were conducted according to the block method, in four replications and size of experimental plots 17.5 [m.sup.2], and crop plots--10 [m.sup.2] and planting pattern of 50 x 5 cm. The variants are the following: 1. Without irrigation; 2. Optimum irrigation by the maintenance of "pre-irrigation soil moisture" over 80% of the Field Capacity (FC); 3. Irrigation with variant 2, but with 30% reduction of irrigation norm; 4. Irrigation with variant 2, but with 70% reduction of irrigation norm. A close relationship between the irrigation norms and leaf area index (LAI) for the conditions of the experiment is established. This relationship is subject to the equation Y = 1-0.609[(1-x).sup.1,5] , where [R.sup.2] = 0.981. Relationship has been found between LAI and yield, which is expressed best by the quadratic equation: Y = 547.8x - 31.9[x.sup.2]-746.6, at [R.sup.2] = 0.91. The relationship between the mass of leaves (x) and LA is linear, as in terms of dry mass, it is expressed by the equation LA= 81.95x, with [R.sup.2] = 0.843. In terms of fresh leaf mass equation is: LA=35.073x at [R.sup.2]=0.912.
AbstractList In field experiments the influence of irrigation regime on leaf area and leaf area index in bean plants are investigated. Cultivar "Strike" was used, which is a highly yield, with cylindrical pods and is intended mainly for the canning industry. Experiments were conducted according to the block method, in four replications and size of experimental plots 17.5 [m.sup.2], and crop plots--10 [m.sup.2] and planting pattern of 50 x 5 cm. The variants are the following: 1. Without irrigation; 2. Optimum irrigation by the maintenance of "pre-irrigation soil moisture" over 80% of the Field Capacity (FC); 3. Irrigation with variant 2, but with 30% reduction of irrigation norm; 4. Irrigation with variant 2, but with 70% reduction of irrigation norm. A close relationship between the irrigation norms and leaf area index (LAI) for the conditions of the experiment is established. This relationship is subject to the equation Y = 1-0.609[(1-x).sup.1,5] , where [R.sup.2] = 0.981. Relationship has been found between LAI and yield, which is expressed best by the quadratic equation: Y = 547.8x - 31.9[x.sup.2]-746.6, at [R.sup.2] = 0.91. The relationship between the mass of leaves (x) and LA is linear, as in terms of dry mass, it is expressed by the equation LA= 81.95x, with [R.sup.2] = 0.843. In terms of fresh leaf mass equation is: LA=35.073x at [R.sup.2]=0.912. Key words: French bean, Irrigation regime, Leaf area, Leaf area index
In field experiments the influence of irrigation regime on leaf area and leaf area index in bean plants are investigated. Cultivar "Strike" was used, which is a highly yield, with cylindrical pods and is intended mainly for the canning industry. Experiments were conducted according to the block method, in four replications and size of experimental plots 17.5 [m.sup.2], and crop plots--10 [m.sup.2] and planting pattern of 50 x 5 cm. The variants are the following: 1. Without irrigation; 2. Optimum irrigation by the maintenance of "pre-irrigation soil moisture" over 80% of the Field Capacity (FC); 3. Irrigation with variant 2, but with 30% reduction of irrigation norm; 4. Irrigation with variant 2, but with 70% reduction of irrigation norm. A close relationship between the irrigation norms and leaf area index (LAI) for the conditions of the experiment is established. This relationship is subject to the equation Y = 1-0.609[(1-x).sup.1,5] , where [R.sup.2] = 0.981. Relationship has been found between LAI and yield, which is expressed best by the quadratic equation: Y = 547.8x - 31.9[x.sup.2]-746.6, at [R.sup.2] = 0.91. The relationship between the mass of leaves (x) and LA is linear, as in terms of dry mass, it is expressed by the equation LA= 81.95x, with [R.sup.2] = 0.843. In terms of fresh leaf mass equation is: LA=35.073x at [R.sup.2]=0.912.
In field experiments the influence of irrigation regime on leaf area and leaf area index in bean plants are investigated. Cultivar "Strike" was used, which is a highly yield, with cylindrical pods and is intended mainly for the canning industry. Experiments were conducted according to the block method, in four replications and size of experimental plots 17.5 m^sup 2^, and crop plots - 10 m^sup 2^ and planting pattern of 50 x 5 cm. The variants are the following: 1. Without irrigation; 2. Optimum irrigation by the maintenance of "pre-irrigation soil moisture" over 80% of the Field Capacity (FC); 3. Irrigation with variant 2, but with 30% reduction of irrigation norm; 4. Irrigation with variant 2, but with 70% reduction of irrigation norm. A close relationship between the irrigation norms and leaf area index (LAI) for the conditions of the experiment is established. This relationship is subject to the equation Y=1-0.609(1-x)^sup 1,5^, where R^sup 2^ = 0.981. Relationship has been found between LAI and yield, which is expressed best by the quadratic equation: Y=547.8 x-31.9x^sup 2^-746.6, at R^sup 2^ = 0.91. The relationship between the mass of leaves (x) and LA is linear, as in terms of dry mass, it is expressed by the equation LA= 81.95x, with R^sup 2^ =0.843. In terms of fresh leaf mass equation is: LA=35.073x at R^sup 2^=0.912.
Audience Academic
Author Kalaydjieva, Radost
Zlatev, Alexander
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crossref_primary_10_1016_j_heliyon_2024_e34149
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Copyright COPYRIGHT 2015 College of Food & Agriculture, United Arab Emirates University
Copyright United Arab Emirates University Feb 2015
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StartPage 171
SubjectTerms Agricultural production
Beans
Canning industry
Cultivars
Drought
Experiments
Field capacity
Field tests
Health aspects
Irrigation
Leaves
Legumes
Mimosaceae
Norms
Physiological aspects
Plant growth
Rain
Soil moisture
Studies
Water shortages
Title Influence of irrigation regime on the leaf area and leaf area index of French bean (Phaseolus vulgaris L.)
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Volume 27
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