Soil properties and tree growth at medieval ridge and furrow sites in Brandenburg, northeastern Germany
Research output: Contribution to journal › Research article › Contributed › peer-review
Contributors
Abstract
Background: Ridge and furrow (RIFU) systems and associated soils are a widespread legacy of medieval agriculture, are archives of historical land use, and might affect recent ecosystems. Open questions about RIFU formation and potential legacy effects still exist, especially related to physical soil properties.
Aims: Our aims were (1) to characterize the soil properties of RIFU soils and (2) to com- pare the drought sensitivity and the growth resistance in extremely dry years of trees growing on ridges and furrows, respectively.
Methods: We studied soil physical (bulk density, saturated soil hydraulic conductivity, and texture) and chemical (soil pH, soil organic matter, and nitrogen content) properties and the climate sensitivity of tree growth on RIFU systems for three study sites in Prignitz, Germany.
Results: RIFU systems showed a high spatial heterogeneity of soil stratigraphy due to ridge construction and increased accumulation of soil moisture and organic matter in furrows due to post-abandonment pedogenesis. Slight spatial differences in soil physi- cal properties were found, with increased air capacity in ridge soils and higher available water contents in furrow soils. No differences in drought sensitivity were observed for trees growing on ridges and furrows, except for a wet site, where trees in furrows showed a higher sensitivity. Resistance in dry years tended to be similar or increase from furrows to ridges.
Conclusions: The results reflect a spatial differentiation of stratigraphy and post- abandonment pedogenesis on abandoned RIFU systems and suggest an adaption to different moisture conditions through RIFU construction. Differences in drought sensi- tivity of tree growth with relative land surface could only be detected for one of the three sites, where trees were found to be less drought sensitive on ridges.
Aims: Our aims were (1) to characterize the soil properties of RIFU soils and (2) to com- pare the drought sensitivity and the growth resistance in extremely dry years of trees growing on ridges and furrows, respectively.
Methods: We studied soil physical (bulk density, saturated soil hydraulic conductivity, and texture) and chemical (soil pH, soil organic matter, and nitrogen content) properties and the climate sensitivity of tree growth on RIFU systems for three study sites in Prignitz, Germany.
Results: RIFU systems showed a high spatial heterogeneity of soil stratigraphy due to ridge construction and increased accumulation of soil moisture and organic matter in furrows due to post-abandonment pedogenesis. Slight spatial differences in soil physi- cal properties were found, with increased air capacity in ridge soils and higher available water contents in furrow soils. No differences in drought sensitivity were observed for trees growing on ridges and furrows, except for a wet site, where trees in furrows showed a higher sensitivity. Resistance in dry years tended to be similar or increase from furrows to ridges.
Conclusions: The results reflect a spatial differentiation of stratigraphy and post- abandonment pedogenesis on abandoned RIFU systems and suggest an adaption to different moisture conditions through RIFU construction. Differences in drought sensi- tivity of tree growth with relative land surface could only be detected for one of the three sites, where trees were found to be less drought sensitive on ridges.
Details
Original language | English |
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Pages (from-to) | 417-427 |
Number of pages | 11 |
Journal | Journal of Plant Nutrition and Soil Science |
Volume | 186 |
Issue number | 4 |
Publication status | Published - Aug 2023 |
Peer-reviewed | Yes |
External IDs
Scopus | 85159066989 |
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ORCID | /0000-0002-5218-6682/work/151438951 |