东地中海的黑土:成因与特性

Hussam Hag Husein, R. Bäumler, B. Lucke, Wahib Sahwan
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引用次数: 0

摘要

本研究调查了这些土壤的分布、形态和特性,重点是滨海平原、高丘陵地区和裂谷洼地等地区。黑土在地中海东部分布有限,其中一些符合 INBS(国际黑土网络)对黑土的要求,而另一些则不符合。根据黑土的成因和演变,黑土可分为三种类型:钙质黑土(主要是原岩rendzina)、水成黑土和玄武岩黑土。虽然在不同的生物气候阶段和母质中都发现了黑土,但与之前的迹象相反,它们在某些地区的存在明显受到限制。土壤形态分析表明,水成黑土和钙质黑土受有机质积累的影响,而玄武岩上的黑土则受玄武岩母质的影响,呈现出明显的颜色变化和深度。粒度分析表明,土壤的质地从粘土到壤土不等,没有明显的冲积迹象。化学分析显示 pH 值为碱性,但玄武岩来源的土壤除外,其 pH 值呈轻微酸性。水成黑土在扩展和农业用途方面最为重要,只有在饱和或排水不畅的条件下,才会在死海断裂出现的洼地中的石灰岩泥灰岩沉积和湖泊中发现。这些土壤具有较厚的深色钼层和较高的有机质含量。
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Black Soils in the Eastern Mediterranean: Genesis and Properties
This study investigates the distribution, morphology, and properties of these soils, focusing on areas such as littoral plains, high hilly areas, and rift depression valleys. Black soils occur in the eastern Mediterranean with a limited distribution, and some of them meet the requirements for black soils according to the INBS (International Network of Black Soils), while others do not. Black soils can be categorized into three types based on their genesis and evolution: calcareous black soils (mainly raw rocky rendzina), hydromorphic black soils, and black soil on basalt. While black soils were found in various bioclimatic stages and parent materials, their presence was notably limited in certain areas, contrary to prior indications. A soil morphology analysis revealed distinct color variations and depths, influenced by the accumulation of organic matter for hydromorphic and calcareous black soils and basaltic parent material for black soils on basalt. A particle size analysis indicated texture variations from clay to loam, with no clear indication of illuviation. A chemical analysis showed alkaline pH levels, except in basalt-derived soils, which exhibited a slight acidity. Hydromorphic black soil is the most important in terms of expansion and agricultural use and is only found in limestone marl deposits and lakes in depressions emerging from Dead Sea rifts under conditions of saturation or poor drainage. These soils have a thick, dark moly horizon and a high organic matter content.
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