Plant Response to Air Pollution
-15%
portes grátis
Plant Response to Air Pollution
Yunus, Mohammed; Iqbal, Mohammed
John Wiley & Sons Inc
07/1996
560
Dura
Inglês
9780471960614
15 a 20 dias
996
Descrição não disponível.
Partial table of contents:
The Role of Atmospheric Chemistry in the Assessment of Crop Growth and Productivity (S. Krupa).
Nutritional Disharmony in Plants: Soil and Weather Effects on Source-Sink Interactions (R. Oren).
Global Changes in Atmospheric Carbon Dioxide: The Influence on Terrestrial Vegetation (C. Atkinson).
Impacts of Air Pollutants and Elevated Carbon Dioxide on Plants in Wintertime (J. Barnes et al.).
Disturbances in Stomatal Behaviour in Plants Exposed to Air Pollution (T. Mansfield & M. Pearson).
Biochemical Basis for the Toxicity of Ozone (J. Mudd).
Lipid Metabolism and Oxidant Air Pollutants (R. Heath).
Physiological and Biochemical Tools in Diagnosis of Forest Decline and Air Pollution Injury to Plants (H. Saxe).
Index.
The Role of Atmospheric Chemistry in the Assessment of Crop Growth and Productivity (S. Krupa).
Nutritional Disharmony in Plants: Soil and Weather Effects on Source-Sink Interactions (R. Oren).
Global Changes in Atmospheric Carbon Dioxide: The Influence on Terrestrial Vegetation (C. Atkinson).
Impacts of Air Pollutants and Elevated Carbon Dioxide on Plants in Wintertime (J. Barnes et al.).
Disturbances in Stomatal Behaviour in Plants Exposed to Air Pollution (T. Mansfield & M. Pearson).
Biochemical Basis for the Toxicity of Ozone (J. Mudd).
Lipid Metabolism and Oxidant Air Pollutants (R. Heath).
Physiological and Biochemical Tools in Diagnosis of Forest Decline and Air Pollution Injury to Plants (H. Saxe).
Index.
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
pollution; serious; health; air; threat; atmospheric; contributes significantly; global; depletion; layer; ozone; thing; every; vegetation; survival; kinds; several; air pollution; works; responses; plant; broad; whole; background; able; insult
Partial table of contents:
The Role of Atmospheric Chemistry in the Assessment of Crop Growth and Productivity (S. Krupa).
Nutritional Disharmony in Plants: Soil and Weather Effects on Source-Sink Interactions (R. Oren).
Global Changes in Atmospheric Carbon Dioxide: The Influence on Terrestrial Vegetation (C. Atkinson).
Impacts of Air Pollutants and Elevated Carbon Dioxide on Plants in Wintertime (J. Barnes et al.).
Disturbances in Stomatal Behaviour in Plants Exposed to Air Pollution (T. Mansfield & M. Pearson).
Biochemical Basis for the Toxicity of Ozone (J. Mudd).
Lipid Metabolism and Oxidant Air Pollutants (R. Heath).
Physiological and Biochemical Tools in Diagnosis of Forest Decline and Air Pollution Injury to Plants (H. Saxe).
Index.
The Role of Atmospheric Chemistry in the Assessment of Crop Growth and Productivity (S. Krupa).
Nutritional Disharmony in Plants: Soil and Weather Effects on Source-Sink Interactions (R. Oren).
Global Changes in Atmospheric Carbon Dioxide: The Influence on Terrestrial Vegetation (C. Atkinson).
Impacts of Air Pollutants and Elevated Carbon Dioxide on Plants in Wintertime (J. Barnes et al.).
Disturbances in Stomatal Behaviour in Plants Exposed to Air Pollution (T. Mansfield & M. Pearson).
Biochemical Basis for the Toxicity of Ozone (J. Mudd).
Lipid Metabolism and Oxidant Air Pollutants (R. Heath).
Physiological and Biochemical Tools in Diagnosis of Forest Decline and Air Pollution Injury to Plants (H. Saxe).
Index.
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
