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Image of - Gases In Plant and Microbial Cells Modern Methods of Plant Analysis | Hardcover
Gases In Plant and Microbial Cells Modern Methods of Plant Analysis | Hardcover

Gases In Plant and Microbial Cells Modern Methods of Plant Analysis | Hardcover

by Linskens

This is the first authoritative compilation of methods for the analysis of a comprehensive range of gases interacting with plant cells. This interaction is of utmost importance because gases of the atmosphere and plant life are closely linked. Carbon dioxide - consumed by photosynthesis - is a very important component of the atmosphere in terms of climate. Plants also heavily influence the atmosphere, e.g., nitrogen fixation by symbiotic bacteria is responsible for 90% of nitrogen turn-over in the biosphere, fixing approx. 10 tons/ year. further, ozone is also known to cause reduction in crop yield and it seems that formation of ethylene in plants due to stress determines plant sensitivity to ozone. In addition, the known existence of gaseous growth hormones has changes man's understanding of fruit ripening. a consideration of ethylene analysis and ethylene effects therefore occupies an imortant place in this volume.

Highlights

  • binding-icon

    9788184891164

    ISBN

  • binding-icon

    Linskens

    Author

  • binding-icon

    374

    Pages

  • binding-icon

    210 gm

    Weight

  • langauage-icon

    English

    Language

  • date-icon

    2009

    Year

  • edition-icon

    N/A

    Edition

  • binding-icon

    Hardcover

    Binding

₹1885

₹2095

This is the first authoritative compilation of methods for the analysis of a comprehensive range of gases interacting with plant cells. This interaction is of utmost importance because gases of the atmosphere and plant life are closely linked. Carbon dioxide - consumed by photosynthesis - is a very important component of the atmosphere in terms of climate. Plants also heavily influence the atmosphere, e.g., nitrogen fixation by symbiotic bacteria is responsible for 90% of nitrogen turn-over in the biosphere, fixing approx. 10 tons/ year. further, ozone is also known to cause reduction in crop yield and it seems that formation of ethylene in plants due to stress determines plant sensitivity to ozone. In addition, the known existence of gaseous growth hormones has changes man's understanding of fruit ripening. a consideration of ethylene analysis and ethylene effects therefore occupies an imortant place in this volume.

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