Titlebook: Magnesium Deficiency in Forest Ecosystems; Reinhard F. Hüttl (Chair of Soil Protection and Re Book 1997 Springer Science+Business Media Do

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978-94-010-6272-5Springer Science+Business Media Dordrecht 1997

hypotension

Magnesium Deficiency in Forest Ecosystems978-94-011-5402-4Series ISSN 1387-5248

Osteons

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Concluding remarksFor as long as the so-called ‘new type forest damage’ has been discussed, nutritional disturbances have been indicated as symptomatic findings. Meanwhile the complex and numerous relationships between nutrient supply and new type forest damage in Europe, North America and elsewhere are well established.

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Tree physiology most important botanist of antiquity and the Middle Ages, studied wild trees, the progagation of trees, timber wood, undershrubs, resin production, frost hardiness of trees, oil production, juices of plants, etc.

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Soil chemistryecreases (Hildebrand, 1991). The low selectivity of exchange sites for Mg. retention is one reason why acid soils are poor in adsorbed magnesium. When fertilizing forest stands with magnesium, special attention should be given to optimizing Mg. retention in the soil.

Dungeon

Book 1997any The health status of forest trees and stands is determined by numerous site factors such as chemical, physical, and biological soil factors, water supply, climate, weather conditions, management history as well as atmospheric deposition impacts. In this context, the nutrient supply is an importa

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