Best Research Article Award
Sachin Bhattarai – University of Göttingen, Germany
Sachin Bhattarai is a researcher associated with University of Göttingen, Germany, whose research interests include soil science, agricultural ecology, earthworm communities, soil properties, and ecological processes in traditional agricultural landscapes. His research article, Spatial pattern of soil properties and earthworm communities in oak-based traditional wood pastures of Romania, examines the relationship between solitary oak trees, soil characteristics, and belowground biological communities. [1]
Abstract
The research article investigates the spatial distribution of soil properties and earthworm communities in traditional oak-based wood-pasture ecosystems in Romania. It examines how solitary oak trees influence soil organic carbon, total nitrogen, soil pH, moisture, bulk density, and earthworm community composition. Field investigations across 30 traditional wood pastures provide information about variations in soil characteristics at different distances from individual trees.
Keywords
Sachin Bhattarai; Best Research Article Award; soil properties; earthworm communities; oak trees; traditional wood pastures; Romania; soil organic carbon; soil nitrogen; agricultural ecology; agroforestry; soil biodiversity; soil fertility; ecosystem functioning; sustainable agriculture; environmental science; Agricultural and Biological Sciences. [1]
Introduction
Traditional wood pastures are agricultural landscapes characterized by the coexistence of scattered trees and permanent grasslands. These systems support agricultural production while maintaining ecological functions such as biodiversity conservation, nutrient cycling, and soil carbon storage. Individual trees can modify their surrounding environments through shading, litter accumulation, root development, and interactions with soil organisms. [1]
Research Profile
Sachin Bhattarai is affiliated with Universität Göttingen, Germany, and is associated with research in agricultural and biological sciences. His scholarly work addresses soil properties and ecological relationships in traditional agricultural landscapes. His research interests include soil organic matter, soil nutrient distribution, earthworm communities, agroforestry systems, and environmental sustainability.
Research Contributions
The research contributes to agricultural and biological sciences by investigating the spatial relationship between oak trees, soil characteristics, and earthworm communities. The article provides a field-based examination of soil properties and belowground ecological communities in traditional wood-pasture environments. [1]
Publications
The following publication represents the principal research output identified for this academic recognition profile. The bibliographic record and article information can be accessed through the publisher’s official DOI page.
Research Impact
Research on soil properties and earthworm communities is important for evaluating soil health and ecosystem functioning. Soil organic carbon contributes to nutrient cycling and soil structure, while earthworms play important roles in decomposition, soil mixing, and biological activity. Understanding how these characteristics vary around individual trees can help explain the ecological influence of vegetation in managed landscapes. [1]
Award Suitability
The publication is relevant to the Best Research Article Award category because it addresses an important scientific subject within agricultural and biological sciences. Its investigation of soil characteristics and earthworm communities provides an integrated perspective on ecological processes in traditional wood-pasture systems. [1]
Conclusion
Sachin Bhattarai’s research contributes to the scientific understanding of soil properties and earthworm communities in traditional oak-based wood pastures. The publication examines the influence of individual oak trees on soil characteristics and belowground ecological communities in Romania. Its findings provide insight into spatial differences in soil organic carbon and nitrogen and demonstrate the complexity of relationships between soil fertility and earthworm abundance.
External Links
References
- Bhattarai, S., et al. (2026). Spatial pattern of soil properties and earthworm communities in oak-based traditional wood pastures of Romania. Agroforestry Systems. Springer Nature.
DOI: https://doi.org/10.1007/s10457-026-01716-z
- Elsevier. (n.d.). Scopus author details: Sachin Bhattarai, Author ID 60066089300. Scopus.
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- ORCID. (n.d.). Sachin Bhattarai – ORCID researcher identifier 0000-0002-9614-1654.
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- Best Paper Awards. (n.d.). Official Award Website.
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