Peat - physicochemical properties - Szajdak, Lech Wojciech
29,99 €
inkl. MwSt.
Versandkostenfrei*
Versandfertig in 6-10 Tagen
  • Broschiertes Buch

Peatlands represent some of the most important carbon storages in the world. They contain nearly 30 percent of all carbon on the land, while only covering 3 percent of the area. The chemical composition of peats depends on the geobotanical conditions of their formation and on the depth of sampling. Organic matter in peat consists of a mixture of plant and animal products in various stages of decomposition and substances synthesized during the breakdown of these compounds. Peatlands are the source of peat for horticulture, pomology, and floriculture. They also used for forestry and agriculture.…mehr

Andere Kunden interessierten sich auch für
Produktbeschreibung
Peatlands represent some of the most important carbon storages in the world. They contain nearly 30 percent of all carbon on the land, while only covering 3 percent of the area. The chemical composition of peats depends on the geobotanical conditions of their formation and on the depth of sampling. Organic matter in peat consists of a mixture of plant and animal products in various stages of decomposition and substances synthesized during the breakdown of these compounds. Peatlands are the source of peat for horticulture, pomology, and floriculture. They also used for forestry and agriculture. The physiological activity of peats is observed in peat-bath therapy for humans. Unfortunately, despite these benefits, peatlands around the world have been heavily utilized or degraded. The agricultural use of peatlands and their exploitation leads to the release of carbon. The long-term cultivation and agricultural use of peatlands has led to a number of effects including lowering of the water table, increased aeration, and changes in plant communities. During these processes the properties of organic matter change from hydrophilic to hydrophobic.
Autorenporträt
L.W. Szajdak, Ph.D. Catedrático de Agronomía, especialista en química y bioquímica de suelos. Doctor Honoris Causa en 2009 de la Universidad de Ciencias de la Vida de Estonia. Ha publicado más de 370 trabajos de investigación y 24 capítulos en monografías. Desempeña un papel activo en el trabajo de numerosas revistas científicas y organizaciones científicas internacionales.