The Morphological characteristics of Pterocarpus indicus induced by Elevated Ozone under Well-watered and Drought conditions

The present study was conducted to examine the response of Pterocarpus indicus to elevated ozone by comparing the effects between well-watered and soil drought treatments. The ozone concentration was 200 ppb and the exposure was conducted for a month with well-watered and soil drought treatments in...

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Published inForest science and technology Vol. 14; no. 3; pp. 105 - 111
Main Authors Baek, Saeng Geul, PARK, Jeong ho, Na, Chae Sun, Lee, Byulhana, Cheng, Hyo Cheng, Woo, Su Young
Format Journal Article
LanguageEnglish
Published Seoul Taylor & Francis 03.07.2018
Taylor & Francis Ltd
Taylor & Francis Group
한국산림과학회
Subjects
absorption
Cell wall
Cell walls
Chloroplasts
Chlorosis
Drought
Environmental conditions
environmental factors
Grain
Injuries
Leaves
Ozonation
Ozone
Physical characteristics
Plant tissues
Plastoglobuli
Pterocarpus indicus
Seedlings
soil
Soil treatment
Starch
starch granules
Stomata
thylakoids
Water loss
water stress
임학
Online AccessGet full text
ISSN2158-0103
2158-0715
2158-0715
DOI10.1080/21580103.2018.1471010

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Abstract The present study was conducted to examine the response of Pterocarpus indicus to elevated ozone by comparing the effects between well-watered and soil drought treatments. The ozone concentration was 200 ppb and the exposure was conducted for a month with well-watered and soil drought treatments in chamber environmental conditions. Elevated ozone-induced visible injuries to P. indicus varied among the well-watered environmental conditions, with the appearance of light green chlorosis in the SWO seedlings over time. However, in the SDO seedlings, no difference was visible between drought and drought with ozone treatment. Shriveled leaves were evident because of the water deficiency. Moreover, elevated ozone induced leaf stomata injury and a harsh abaxial surface, whereas drought stress induced less injured stomata because of stomata closing. In addition, the palisade tissues exhibited smaller chloroplasts, damaged thylakoid, increased plastoglobuli, decreased starch grain and thinner cell walls on the upper leaf surface. Thus, the SDO seedlings were less influenced by elevated ozone stress than SWO seedlings due to the reduced ozone absorption which caused by stomata closing to prevent water loss.
AbstractList The present study was conducted to examine the response of Pterocarpus indicus to elevated ozone by comparing the effects between well-watered and soil drought treatments. The ozone concentration was 200 ppb and the exposure was conducted for a month with well-watered and soil drought treatments in chamber environmental conditions. Elevated ozone-induced visible injuries to P. indicus varied among the well-watered environmental conditions, with the appearance of light green chlorosis in the SWO seedlings over time. However, in the SDO seedlings, no difference was visible between drought and drought with ozone treatment. Shriveled leaves were evident because of the water deficiency. Moreover, elevated ozone induced leaf stomata injury and a harsh abaxial surface, whereas drought stress induced less injured stomata because of stomata closing. In addition, the palisade tissues exhibited smaller chloroplasts, damaged thylakoid, increased plastoglobuli, decreased starch grain and thinner cell walls on the upper leaf surface. Thus, the SDO seedlings were less influenced by elevated ozone stress than SWO seedlings due to the reduced ozone absorption which caused by stomata closing to prevent water loss.
The present study was conducted to examine the response of Pterocarpus indicus to elevated ozone by comparing the effects between well-watered and soil drought treatments. The ozone concentration was 200 ppb and the exposure was conducted for a month with wellwatered and soil drought treatments in chamber environmental conditions. Elevated ozoneinduced visible injuries to P. indicus varied among the well-watered environmental conditions, with the appearance of light green chlorosis in the SWO seedlings over time. However, in the SDO seedlings, no difference was visible between drought and drought with ozone treatment. Shriveled leaves were evident because of the water deficiency. Moreover, elevated ozone induced leaf stomata injury and a harsh abaxial surface, whereas drought stress induced less injured stomata because of stomata closing. In addition, the palisade tissues exhibited smaller chloroplasts, damaged thylakoid, increased plastoglobuli, decreased starch grain and thinner cell walls on the upper leaf surface. Thus, the SDO seedlings were less influenced by elevated ozone stress than SWO seedlings due to the reduced ozone absorption which caused by stomata closing to prevent water loss. KCI Citation Count: 0
Author Woo, Su Young
Cheng, Hyo Cheng
PARK, Jeong ho
Baek, Saeng Geul
Na, Chae Sun
Lee, Byulhana
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  organization: Environmental Horticulture, University of Seoul
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10.1016/j.atmosenv.2003.11.043
10.1111/j.1469-8137.2003.00981.x
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10.1016/S1474-8177(03)03004-3
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StartPage 105
SubjectTerms absorption
Cell wall
Cell walls
Chloroplasts
Chlorosis
Drought
Environmental conditions
environmental factors
Grain
Injuries
Leaves
Ozonation
Ozone
Physical characteristics
Plant tissues
Plastoglobuli
Pterocarpus indicus
Seedlings
soil
Soil treatment
Starch
starch granules
Stomata
thylakoids
Water loss
water stress
임학
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Title The Morphological characteristics of Pterocarpus indicus induced by Elevated Ozone under Well-watered and Drought conditions
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