Restoring and conserving rare native ecosystems: a 14-year plantation removal experiment
Published source details
Abella S.R., Schetter T.A. & Walters T.L. (2017) Restoring and conserving rare native ecosystems: a 14-year plantation removal experiment. Biological Conservation, 265-273.
Published source details Abella S.R., Schetter T.A. & Walters T.L. (2017) Restoring and conserving rare native ecosystems: a 14-year plantation removal experiment. Biological Conservation, 265-273.
This study is summarised as evidence for the following.
Cut/remove/thin forest plantations: freshwater marshesAction Link
Cut/remove/thin forest plantations: freshwater marshes
A replicated, controlled study in 2002–2005 involving 24 pine plantations on a gradient of moist to dry soils in Ohio, USA (Abella et al. 2017) reported that some sites where trees were thinned or cleared contained more wetland-characteristic plant species than sites that remained afforested. Statistical significance was not assessed. After three growing seasons, six thinned or cleared sites developed wetter soils than the others and contained 4–18 wetland-characteristic plant species/0.05 ha. Nine thinned and cleared sites that retained drier soils contained 0–9 such species/0.05 ha. Nine sites that remained fully afforested, and also had drier soils, contained 1–3 such species/0.05 ha. Methods: In early 2002, pine Pinus spp. plantations (47–63 years old; 900 trees/ha) were thinned or cleared from 15 sites (50–100% of trees removed, but many of the remaining trees died). Nine other sites were left fully afforested. Soil moisture varied between sites: the driest, upland sites were not expected to develop wetland vegetation even if trees were removed. Understory vegetation (a mix of herbs and shrubs) was surveyed in summer 2004 in one 20 x 25 m plot in the centre of each site.
(Summarised by: Nigel Taylor)