Hardwood Reforestation and Restoration

• Main Author: Truax, Benoit (auth)
• Other Authors: Gagnon, Daniel (auth)
• Format: Electronic Book Chapter
• Language: English
• Published: MDPI - Multidisciplinary Digital Publishing Institute 2019
• Subjects: Biology, life sciences; Fagaceae species; soil disturbance; non-timber forest products; precision restoration; protected landscape area; tree selection; cultural diversity; Quercus rubra; hardwood restoration; enrichment planting; sub-tropical hardwoods; agroforestry; herbicide effects; biological diversity; competition; Juglans nigra L.; understorey; invasive plants; wildfire; forest restoration; Quercus macrocarpa; riparian forest restoration; vegetation management; assisted migration; sugar maple; deer browsing; species composition; tolerance; phosphorus; growth efficiency index; floristic quality index; shelterwood; Carya cordiformis (Wangenh.) K. Koch; monitoring; indicators; seed predation; Bioclimatic niche; non-parametric correlation; unmanaged forest; Native Americans; abandoned agricultural field; native mixed forests; tree vigor; forest diversity; predation; weed control; nitrate; facilitation; inventory; hardwoods; Mexican tree species; yellow birch; tree plantation; seedling establishment; deer abundance; avian guilds; Pinus strobus L.; Central Hardwood Forest region; Pinus strobus; Durango; MaxEnt; Juglans nigra; oak regeneration; forest regeneration; Quercus rubra L.; deer herbivory; ecosystem services; tree shelter
• Online Access: DOAB: download the publication; DOAB: description of the publication

Summary

Hardwood-dominated temperate forests (mostly in Eastern North America, Europe, North East Asia) provide valuable renewable timber and numerous ecosystem services. Many of these forests have been subjected to harvesting or conversion to agriculture, sometimes over centuries, that have greatly reduced their former extent and diversity. Natural regeneration following harvesting or during post-agricultural succession has often failed to restore these forests adequately. Past harvesting practices and the valuable timber of some species have led to a reduction in their abundance. The loss of apex predators has caused herbivore populations to increase and exert intense browsing pressure on hardwood regeneration, often preventing it. Particularly important are fruit, nut and acorn bearing species, because of their vital role in forest food webs and biodiversity. Restoring hardwood species to natural forests in which they were formerly more abundant will require a number of forest management actions (e.g., resistant hybrids, deer exclosures/protectors, enrichment planting, underplanting, etc.). Similarly, reforesting areas that were once natural forests will also require new silvicultural knowledge. Global warming trends will intensify the need for interventions to maintain the diversity and function of temperate hardwood forests, as well as for increase hardwood reforestation.

Physical Description

1 electronic resource (192 p.)

ISBN

books978-3-03897-731-5
9783038977315
9783038977308

Access

Open Access