Abstract
The potential of nitrogen fixing of plants was evaluated by using the variation of nitrogen isotope component in leaves and stems of plants and in soil. It gives a feasible method to investigate the nitrogen fixing potential of wild plants from atmosphere in the forest ecosystem. Plant samples and soil were collected from Natural Protecting Area of Xiaowutai Mountain in Hebei Province. The contents of N and {sup 15}N in the legumes and other plants was obviously different from the value in soil. The {delta} {sup 15}N value in leaves and stems of non-legumes plants was obviously different from the value in soil. The {delta} {sup 15}N value of legumes was close to the value in the atmosphere (0 per mille). In the estimating of %Ndfa of nitrogen fixing plants in the forest ecosystem, the selection of non-nitrogen-fixing plants as reference is discussed. The chinese pine and a few non-legumes may have the potential of nitrogen fixing, because the {delta} {sup 15}N value is close to the {delta} {sup 15}N value in the atmosphere.
Yunyin, Yao;
Ming, Chen;
Changlin, Ma;
Zhidong, Wang;
Jingqing, Hou;
Lihong, Zhang;
Yongyun, Luo
[1]
- Inst. for Application of Atomic Energy, CAAS, Beijing (China)
Citation Formats
Yunyin, Yao, Ming, Chen, Changlin, Ma, Zhidong, Wang, Jingqing, Hou, Lihong, Zhang, and Yongyun, Luo.
Evaluating the potential of nitrogen fixing of plants in the forest ecosystem by using natural {sup 15}N abundance method.
China: N. p.,
1991.
Web.
Yunyin, Yao, Ming, Chen, Changlin, Ma, Zhidong, Wang, Jingqing, Hou, Lihong, Zhang, & Yongyun, Luo.
Evaluating the potential of nitrogen fixing of plants in the forest ecosystem by using natural {sup 15}N abundance method.
China.
Yunyin, Yao, Ming, Chen, Changlin, Ma, Zhidong, Wang, Jingqing, Hou, Lihong, Zhang, and Yongyun, Luo.
1991.
"Evaluating the potential of nitrogen fixing of plants in the forest ecosystem by using natural {sup 15}N abundance method."
China.
@misc{etde_10123546,
title = {Evaluating the potential of nitrogen fixing of plants in the forest ecosystem by using natural {sup 15}N abundance method}
author = {Yunyin, Yao, Ming, Chen, Changlin, Ma, Zhidong, Wang, Jingqing, Hou, Lihong, Zhang, and Yongyun, Luo}
abstractNote = {The potential of nitrogen fixing of plants was evaluated by using the variation of nitrogen isotope component in leaves and stems of plants and in soil. It gives a feasible method to investigate the nitrogen fixing potential of wild plants from atmosphere in the forest ecosystem. Plant samples and soil were collected from Natural Protecting Area of Xiaowutai Mountain in Hebei Province. The contents of N and {sup 15}N in the legumes and other plants was obviously different from the value in soil. The {delta} {sup 15}N value in leaves and stems of non-legumes plants was obviously different from the value in soil. The {delta} {sup 15}N value of legumes was close to the value in the atmosphere (0 per mille). In the estimating of %Ndfa of nitrogen fixing plants in the forest ecosystem, the selection of non-nitrogen-fixing plants as reference is discussed. The chinese pine and a few non-legumes may have the potential of nitrogen fixing, because the {delta} {sup 15}N value is close to the {delta} {sup 15}N value in the atmosphere.}
place = {China}
year = {1991}
month = {Feb}
}
title = {Evaluating the potential of nitrogen fixing of plants in the forest ecosystem by using natural {sup 15}N abundance method}
author = {Yunyin, Yao, Ming, Chen, Changlin, Ma, Zhidong, Wang, Jingqing, Hou, Lihong, Zhang, and Yongyun, Luo}
abstractNote = {The potential of nitrogen fixing of plants was evaluated by using the variation of nitrogen isotope component in leaves and stems of plants and in soil. It gives a feasible method to investigate the nitrogen fixing potential of wild plants from atmosphere in the forest ecosystem. Plant samples and soil were collected from Natural Protecting Area of Xiaowutai Mountain in Hebei Province. The contents of N and {sup 15}N in the legumes and other plants was obviously different from the value in soil. The {delta} {sup 15}N value in leaves and stems of non-legumes plants was obviously different from the value in soil. The {delta} {sup 15}N value of legumes was close to the value in the atmosphere (0 per mille). In the estimating of %Ndfa of nitrogen fixing plants in the forest ecosystem, the selection of non-nitrogen-fixing plants as reference is discussed. The chinese pine and a few non-legumes may have the potential of nitrogen fixing, because the {delta} {sup 15}N value is close to the {delta} {sup 15}N value in the atmosphere.}
place = {China}
year = {1991}
month = {Feb}
}