Acidifikace a regenerace lesních půd v České republice

IF 0.2 Q4 FORESTRY
Jan Pecháček, Dušan Vavříček, Jana Čermáková
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引用次数: 0

Abstract

Acidification of forest soils is a natural process, but it is amplified by anthropogenic factors. Forest soil regeneration is a very long and slow action, which is conditioned by the weathering rate and impact of forest management. Data from forest-site plots and from the national forest inventory were used to assess the development of pH/H2O in forest soils in the Czech Republic. The results of our survey suggest that not only higher positions (>700 m a.s.l.) but also middle (400–700 m a.s.l.) and lower positions (<400 m a.s.l.) were affected by significant acidification. A significant increase in the concentration of hydrogen ions was found throughout the soil profile. From the beginning of the 1990s to 2010, a very slight and gradual trend of regeneration of the soil environment was found in the forest soils of the Czech Republic. After 2010, this trend is stagnant. The increase in soil pH/H2O reached only a few tenths of a degree and was found in the A horizons as well as in the B and C horizons. The data also show that in positions above 700 m a.s.l., the trend of soil environment regeneration is significantly slower compared to lower positions.
捷克共和国森林土壤的酸化和再生
森林土壤的酸化是一个自然过程,但受到人为因素的放大。森林土壤更新是一个非常漫长和缓慢的过程,它受风化速率和森林管理影响的制约。来自森林样地和国家森林清查的数据被用于评估捷克共和国森林土壤pH/H2O的发展。结果表明,不仅高海拔位置(海拔100 ~ 700米)受酸化影响显著,而且中海拔400 ~ 700米和低海拔位置(海拔<400米)也受酸化影响显著。在整个土壤剖面中发现氢离子浓度显著增加。从20世纪90年代初到2010年,捷克共和国森林土壤的土壤环境出现了非常轻微和渐进的更新趋势。2010年之后,这一趋势停滞不前。土壤pH/H2O的增加仅为零点几度,在a层、B层和C层均有发现。在海拔700 m以上的位置,土壤环境更新的趋势明显慢于海拔700 m以下的位置。
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CiteScore
0.70
自引率
25.00%
发文量
0
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