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Soil~Plant Relationships

An Ecological Approach

Parametry

  • 304 strony
  • 11 godzin czytania

Więcej o książce

Soil-plant relationships have evolved from a limited focus on optimizing conditions for plant growth and correlating plant community distributions with soil types to a broader understanding influenced by ecosystem concepts. The International Biological Programme has spurred a wealth of information, revealing that some soil-related ecological issues have molecular underpinnings that require physiological or biochemical solutions. This shift from ecosystem to molecular perspectives has equipped us with advanced tools to enhance ecological data flow and interpretation. Current global challenges, including desertification, soil degradation from deforestation, watershed acidification, and the dispersal of pollutants, necessitate a deeper understanding of soil-plant dynamics. Addressing these issues is not just about identifying problems but also about developing strategies to mitigate their impacts. This book serves as a comprehensive guide to soil-plant relationships, focusing on ecology while also appealing to geography and agriculture students. It integrates various subfields, including microbiology, plant physiology, and systematics, and explores connections with animal biology, meteorology, and soil science, making it a valuable resource for a wide audience.

Zakup książki

Soil~Plant Relationships, David W. Jeffrey

Język
Rok wydania
1987
Oprawa
(miękka)
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Tytuł
Soil~Plant Relationships
Podtytuł
An Ecological Approach
Język
angielski
Wydawca
Springer
Rok wydania
1987
Oprawa
miękka
Liczba stron
304
ISBN10
0709914644
ISBN13
9780709914648
Seria
Opis
Soil-plant relationships have evolved from a limited focus on optimizing conditions for plant growth and correlating plant community distributions with soil types to a broader understanding influenced by ecosystem concepts. The International Biological Programme has spurred a wealth of information, revealing that some soil-related ecological issues have molecular underpinnings that require physiological or biochemical solutions. This shift from ecosystem to molecular perspectives has equipped us with advanced tools to enhance ecological data flow and interpretation. Current global challenges, including desertification, soil degradation from deforestation, watershed acidification, and the dispersal of pollutants, necessitate a deeper understanding of soil-plant dynamics. Addressing these issues is not just about identifying problems but also about developing strategies to mitigate their impacts. This book serves as a comprehensive guide to soil-plant relationships, focusing on ecology while also appealing to geography and agriculture students. It integrates various subfields, including microbiology, plant physiology, and systematics, and explores connections with animal biology, meteorology, and soil science, making it a valuable resource for a wide audience.