Humus cover and its fabric depending on pedo- ecological conditions and land use: an Estonian approach to classification of humus forms

R. Kõlli, I. Tamm
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引用次数: 6

Abstract

The fabric of humus cover (HC) may be very variegated, depending on local pedo-ecological conditions (origin and composition of deposits, topography, moisture regime, soil climate, plant cover composition). This multiplicity can be expressed by the HC types (or humus forms). On natural areas, where the HC is formed as a result of long-term equilibrated mutual influences of soil cover and plant cover, the fabric and properties of the HC may be used as an ecological indicator in the evaluation of the functioning character and intensity of the soil-plant system (or also the whole ecosystem). In Estonia, besides natural areas, the classifications of HCs are also elaborated for arable areas. Regardless of the profound changes in the fabric of the HC occurring with land-use change (from natural land to arable and vice versa), certain inherited properties are sustained in newly formed HCs. In this paper the fabric and properties (thickness, carbon and nitrogen stocks) of the main HC types (19 in total) are analysed and ecological aspects of HC formation are explained. Data on tree layer taxation, agro-chemical parameters of the soil cover, and ground vegetation productivity are presented with the HC types used as the ecological background. The relationships of soil cover with soil and forest site type are analysed against the background of soil matrix tables and ordination net of forest sites, respectively. Comparative analysis of the Estonian HC classification with the European Reference Base for humus forms (ERB) showed a relatively good correspondence of the Estonian classification of HC types with ERB's humus forms.
腐殖质覆盖及其结构取决于土壤生态条件和土地利用:爱沙尼亚的腐殖质分类方法
腐殖质覆盖(HC)的结构可能是非常多样化的,这取决于当地的土壤生态条件(沉积物的起源和组成、地形、水分状况、土壤气候、植物覆盖组成)。这种多样性可以通过HC类型(或腐殖质形式)来表达。在自然区域,HC是由土壤覆盖和植物覆盖长期平衡的相互影响而形成的,HC的结构和性质可以作为评价土壤-植物系统(或整个生态系统)功能特征和强度的生态指标。在爱沙尼亚,除自然地区外,还为耕地地区制定了卫生保健国家的分类。尽管随着土地利用的变化(从自然土地到耕地,反之亦然),HC的结构发生了深刻的变化,但在新形成的HC中,某些遗传特性得以维持。本文分析了主要HC类型(共19种)的结构和性质(厚度、碳和氮储量),并解释了HC形成的生态方面。以HC类型为生态背景,给出了树木层赋税、土壤覆盖农化参数和地面植被生产力等数据。以土壤矩阵表和林点排序网为背景,分析了土壤覆盖与土壤和林点类型的关系。爱沙尼亚HC分类与欧洲腐殖质形式参考基地(ERB)的比较分析显示,爱沙尼亚HC类型分类与ERB的腐殖质形式相对较好对应。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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