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February 19, 2026Radiation Protection Dosimetry0 citations

Assessment of soil redistribution rate using beryllium-7 in a semi-arid region of northern Algeria

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AKAbderrahmane KessaissiaAAA. AzboucheBMBoutkhil Morsli

Key Points

  • This assessment aims to evaluate the impact of agroforestry systems on soil erosion in a semi-arid region.
  • Conducted in Tifilès watershed, Algeria, in 2019
  • Compared two plots: one with agroforestry and one bare ground
  • Measured beryllium-7 activity and relaxation mass depth for soil erosion assessment
  • Beryllium-7 activity was lower in the planted site (434 Bq m−2) compared to the unplanted site (497 Bq m−2)
  • Relaxation mass depth was higher in the planted site (8.33 kg m−2) than in the unplanted site (5.55 kg m−2)
  • Findings suggest that agroforestry significantly reduces soil loss in steep areas

Abstract

Abstract The present study evaluates the efficiency of a system of plantation in mitigating erosion. It was initiated in 2019 in Tifilès watershed (province of Chlef, north-western Algeria). Two investigation sites in a steep semi-arid area were used: the first plot was planted with an agroforestry system, while the second was kept bare ground. A reference area was selected in both sites for comparison purposes. 7Be activity in the planted reference site was estimated to be 434 ± 22.67 Bq m−2, whereas it was 497 ± 25.61 Bq m−2 in the unplanted reference site. The relaxation mass depth was found equal to 8.33 kg m−2 in the planted site and 5.55 kg m−2 in the unplanted one. The results show that the planted site is characterized by a lower amount of soil loss than the bare ground plot. This reflects the positive effect of the agroforestry system in controlling erosion in steep areas.

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Cite This Study

Kessaissia et al. (2025) studied this question.

synapsesocial.com/papers/6996a818ecb39a600b3ee874https://doi.org/10.1093/rpd/ncaf128
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