Books > Earth & environment > Earth sciences > Geology & the lithosphere > Soil science, sedimentology
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Soil Biological Fertility - A Key to Sustainable Land Use in Agriculture (Hardcover, 2004 ed.)
Loot Price: R2,947
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Soil Biological Fertility - A Key to Sustainable Land Use in Agriculture (Hardcover, 2004 ed.)
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This book presents a comprehensive scientific overview of the
components and processes that underpin the biological
characteristics of soil fertility. It demonstrates the
interdependence of soil biological fertility with physical and
chemical characteristics of soil. The book highlights the enormous
diversity of life in soil and the resulting effects that management
of land can have on the contribution of this diverse community to
soil fertility in an agricultural context. It is becoming more
relevant to explore soil biological processes in terms of their
contribution to soil fertility. However, dilemmas do arise. Some
agricultural chemicals may either overshadow or enhance biological
contributions to soil fertility. The challenge is to select land
management practices that improve the capacity of biological
processes to contribute to soil physical and chemical fertility
while increasing the sustainability of farming systems for
particular soils and climates. Case studies of sustainable farming
systems in relation to soil biological fertility are discussed and
a global perspective is given about sustainability of soil
management in relation to international agreements and
environmental issues. This book is aimed at agricultural and
environmental research scientists, agricultural extension officers
and university students in a range of disciplines, including soil
science (and subdisciplines of soil biology, root pathology, root
symbioses, soil chemistry and soil physics), plant science,
agronomy, animal science, land management and environmental
science, who wish to gain an overview of the biological processes
that contribute to soil fertility and have the potential to
influence theproduction of food for humans and animals. It would
also be of interest to leading farmers who are interested in
understanding soil processes in their production systems. Soil
biological fertility is often ignored but its central importance to
sustainable use of land in agriculture makes it relevant to
scientists and students in all disciplines related to agricultural
production and environmental land management.
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