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Forest Research: Open Access

Forest Research: Open Access
Open Access

ISSN: 2168-9776

+44 1300 500008

Forest Research: Open Access : Citations & Metrics Report

Articles published in Forest Research: Open Access have been cited by esteemed scholars and scientists all around the world. Forest Research: Open Access has got h-index 14, which means every article in Forest Research: Open Access has got 14 average citations.

Following are the list of articles that have cited the articles published in Forest Research: Open Access.

  2022 2021 2020 2019 2018

Year wise published articles

30 61 18 5 10

Year wise citations received

91 135 131 83 73
Journal total citations count 946
Journal impact factor 1.89
Journal 5 years impact factor 3.09
Journal cite score 3.14
Journal h-index 14
Journal h-index since 2018 12
Important citations (221)

Caldararo nl (2015) wildfire and fire-adapted ecology: how people created the current fire disasters.

forest an (2013) some 202 medicinal species have been collected.

cezar rm., vezzani fm, schwiderke dk, gaiad s, brown gg et al. (2015). soil biological properties in multistrata successional agroforestry systems and in natural regeneration. agroforestry systems 89:1035-1047.

Ribeiro-neto jd, arnan x, tabarelli m, leal ir (2016) chronic anthropogenic disturbance causes homogenization of plant and ant communities in the brazilian caatinga. biodiversity and conservation 25: 943-956.

moraes mc, ruschel mc, soares ma, pires em (2012) sclerolobium paniculatum vogel (leguminosae: caesalpinioideae), a new host plant for poekilloptera phalaenoides (linnaeus, 1758)(hemiptera: auchenorrhyncha: flatidae). forest res 1:2.

Leon pelaez jd (2012) nutrient cycling studies: a new approach for assessing reclamation processes of tropical degraded lands and restoration of ecosystem functions. forest res 1:103.

Waldron jd, xi wm (2013) forest restoration: simple concept complex process. forest res 2:104.

Mirzaei m, bonyad e, aziz j (2016) assessing impact of physiographic factors on spatial distribution patterns of oak trees in iran. forest res; 5:2.

wang x, xi w, anten n & bi h (2013) development of root-carving industry leads to ecological and environmental degradation in china. forest research 3: 2

wang x, xi w, anten n & bi h (2013) development of root-carving industry leads to ecological and environmental degradation in china.

wang x, xi w, anten n & bi h (2013) development of root-carving industry leads to ecological and environmental degradation in china. forest res 3: 2.

Acar m (2009) on the course of radical decomposition tree species, aspect and the effect of height.

Sariyildiz t, tÜfekÇİoĞlu a & küçük m (2005) comparison of decomposition rates of beech (fagus orientalis lipsky) and spruce (picea orientalis (l.) link) litter in pure and mixed stands of both species in artvin, turkey. turkish journal of agriculture and forestry 29: 429-438.

sariyildiz t (2003) litter decomposition of picea orientalis, pinus sylvestris and castanea sativa trees grown in artvin in relation to their initial litter quality variables. turkish journal of agriculture and forestry 27: 237-243.

sariyildiz t & anderson jm (2003) decomposition of sun and shade leaves from three deciduous tree species, as affected by their chemical composition. biology and fertility of soils, 37: 137-146.

cortés l, hernández j, valencia d & corvalán p (2014) estimation of above-ground forest biomass using landsat etm+, aster gdem and lidar.forest res, 3: 2.

cortés l, hernández j, valencia d & corvalán p (2014) estimation of above-ground forest biomass using landsat etm+, aster gdem and lidar.forest res, 3: 2.

berrill jp & dagley cm (2014) regeneration and recruitment correlate with stand density and composition in long-unburned aspen stands undergoing succession to conifer in the sierra nevada, usa. forest res 3: 2.

berrill jp & dagley cm (2014) regeneration and recruitment correlate with stand density and composition in long-unburned aspen stands undergoing succession to conifer in the sierra nevada, usa. forest res 3: 2.

lödige c, schall p & ammer c (2014) how do size and resource availability control aboveground biomass allocation of tree seedlings?.

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