4.4 Review

Provisioning ecosystem services related with oak (Quercus) systems: a review of challenges and opportunities

Journal

AGROFORESTRY SYSTEMS
Volume 96, Issue 2, Pages 293-313

Publisher

SPRINGER
DOI: 10.1007/s10457-021-00718-3

Keywords

Agro-silvopastoral systems; Climate change; Ecosystem health; Livestock raising; Mixed land-use; Multiple land-use

Funding

  1. EU COST Action [19128]
  2. Israel Ministry of Science and Technology

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This paper discusses the management practices and ecosystem services related to oak systems, emphasizing their multi-purpose nature and importance for local communities. It highlights the need for woodland certification and financial support for reforestation and afforestation schemes to restore ecosystem functioning. The paper also stresses the involvement of traditional knowledge in restoration schemes and the role of policymaking and legislation in alleviating pressures on oak woodlands and forests.
Natural, semi-natural, and extensively managed oak woodlands and forests are prevalent across the world. These lands fulfil a range of ecosystem services, goods, and functions. Increasing natural and anthropogenic pressures impose threats to these lands. This paper first describes the Quercus genus and discusses management and mismanagement practices of oak systems. Then, the provisioning ecosystem services related with oak systems are reviewed, including: (1) oak's agroforestry and silvopasture systems for the production of food, pasture, and additional products; (2) browsing of oak leaves and acorns by livestock; (3) harvesting of oak wood for timber; (4) cork oak stripping, and the uses of cork; (5) acorn-based foods and beverages; and (6) others uses, such as the production of medicines and extraction of tannins for the leather industry. We discuss the multi-purpose and multi-functional nature of oak systems, and demonstrate how they diversify sources of income for local communities, resulting in improved economic and food security. Further, we show the important role of woodlands certification, aimed at protecting oak systems while ensuring environmental equity. Also, we demonstrate how providing of financial support for reforestation and afforestation schemes of degraded oak woodlands, could restore ecosystem functioning and reverse land degradation. Then, we stress the need to involve traditional knowledge in restoration schemes of degraded oak systems. Lastly, we demonstrate how policymaking and legislation regarding the oak's commercial plantations and farming systems could alleviate stresses imposed on the world's oak woodlands and forests by producing alternative sources of wood for the timber industry.

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