1674-7305
2010 Issue 7
quantification of soil organic carbon sequestration potential in cropland:a model approach
qin zhangcai & huang yao* state key laboratory of atmospheric boundary layer physics and atmospheric chemistry(lapc); institute of atmospheric physics; chinese academy of sciences; beijing 100029; china
qin zhangcai & huang yao* state key laboratory of atmospheric boundary layer physics and atmospheric chemistry(lapc); institute of atmospheric physics; chinese academy of sciences; beijing 100029; china
..............page:868-884
the biomass and aboveground net primary productivity of schima superba-castanopsis carlesii forests in east china
yang tonghui1; 2; song kun1; da liangjun1*; li xiupeng3 & wu jianping1 1school of resources and environment science; east china normal university; shanghai 200062; china; 2ningbo academy of agricultural science; ningbo 315040; china; 3ningbo technology extension center for forestry and specialty forest products; ningbo 315012; china
yang tonghui1; 2; song kun1; da liangjun1*; li xiupeng3 & wu jianping1 1school of resources and environment science; east china normal university; shanghai 200062; china; 2ningbo academy of agricultural science; ningbo 315040; china; 3ningbo technology extension center for forestry and specialty forest products; ningbo 315012; china
..............page:811-821
carbon density and distribution of six chinese temperate forests
zhang quanzhi & wang chuankuan* college of forestry; northeast forestry university; harbin 150040; china
zhang quanzhi & wang chuankuan* college of forestry; northeast forestry university; harbin 150040; china
..............page:831-840
..............page:909-910
changes in the distribution of south korean forest vegetation simulated using thermal gradient indices
choi sungho1; lee woo-kyun1*; son yowhan1; yoo seongjin1 & lim jong-hwan2 1 department of environmental science and ecological engineering; korea university; seoul 136-713; korea; 2 korea forest research institute; seoul 130-712; korea
choi sungho1; lee woo-kyun1*; son yowhan1; yoo seongjin1 & lim jong-hwan2 1 department of environmental science and ecological engineering; korea university; seoul 136-713; korea; 2 korea forest research institute; seoul 130-712; korea
..............page:784-797
carbon and nitrogen storage in an age-sequence of pinus densiflora stands in korea
noh nam-jin1; son yowhan1*; lee sue-kyoung1; seo kyung-won2; heo su-jin1; yi myong-jong3; park pil-sun4; kim rae-hyun2; son yeong-mo2 & lee kyeong-hak2 1division of environmental science and ecological engineering; korea university; seoul 136-713; korea; 2korea forest research institute; seoul 130-712; korea; 3department of forest resources; kangwon national university; chunchon 200-701; korea; 4department of forest sciences; seoul national university; seoul 151-921; korea
noh nam-jin1; son yowhan1*; lee sue-kyoung1; seo kyung-won2; heo su-jin1; yi myong-jong3; park pil-sun4; kim rae-hyun2; son yeong-mo2 & lee kyeong-hak2 1division of environmental science and ecological engineering; korea university; seoul 136-713; korea; 2korea forest research institute; seoul 130-712; korea; 3department of forest resources; kangwon national university; chunchon 200-701; korea; 4department of forest sciences; seoul national university; seoul 151-921; korea
..............page:822-830
estimation of carbon storage based on individual tree detection in pinus densiflora stands using a fusion of aerial photography and lidar data
kim so-ra1; kwak doo-ahn1; lee woo-kyun1*; son yowhan1; bae sang-won2; kim choonsig3 & yoo seongjin1 1division of environmental science and ecological engineering; korea university; seoul 136-701; korea; 2forest practice research center; korea forest research institute; kyeonggi-do 487-821; korea; 3departement of forest resources; jinju national university; jinju 660-758; korea
kim so-ra1; kwak doo-ahn1; lee woo-kyun1*; son yowhan1; bae sang-won2; kim choonsig3 & yoo seongjin1 1division of environmental science and ecological engineering; korea university; seoul 136-701; korea; 2forest practice research center; korea forest research institute; kyeonggi-do 487-821; korea; 3departement of forest resources; jinju national university; jinju 660-758; korea
..............page:885-897
changes in cropland topsoil organic carbon with different fertilizations under long-term agro-ecosystem experiments across mainland china
wang chengji1; pan genxing1*; tian youguo2; li lianqing1; zhang xuhui1 & han xiaojun1 1institute of resources; ecosystem and environment of agriculture; nanjing agricultural university; nanjing 210095; china; 2center of soil and fertilizer quality monitoring and test; agricultural ministry of china; beijing 100026; china
wang chengji1; pan genxing1*; tian youguo2; li lianqing1; zhang xuhui1 & han xiaojun1 1institute of resources; ecosystem and environment of agriculture; nanjing agricultural university; nanjing 210095; china; 2center of soil and fertilizer quality monitoring and test; agricultural ministry of china; beijing 100026; china
..............page:858-867
ecosystem carbon stocks and their changes in china's grasslands
fang jingyun*; yang yuanhe; ma wenhong; anwar mohammat & shen haihua department of ecology; key laboratory for earth surface processes of the ministry of education; college of urban and environmental sciences; peking university; beijing 100871; china
fang jingyun*; yang yuanhe; ma wenhong; anwar mohammat & shen haihua department of ecology; key laboratory for earth surface processes of the ministry of education; college of urban and environmental sciences; peking university; beijing 100871; china
..............page:757-765
why are east asian ecosystems important for carbon cycle research?
fang jingyun1*; tang yanhong2 & son yowhan3 1department of ecology; key laboratory for earth surface processes of the ministry of education; peking university; beijing 100871; china; 2national institute for environmental studies; onogawa 16-2; tsukuba 305-8506; japan; 3division of environmental science and ecological engineering; korea university; seoul 136-713; korea
fang jingyun1*; tang yanhong2 & son yowhan3 1department of ecology; key laboratory for earth surface processes of the ministry of education; peking university; beijing 100871; china; 2national institute for environmental studies; onogawa 16-2; tsukuba 305-8506; japan; 3division of environmental science and ecological engineering; korea university; seoul 136-713; korea
..............page:753-756
patterns of above-and belowground biomass allocation in china's grasslands:evidence from individual-level observations
wang liang*; niu kechang; yang yuanhe & zhou peng department of ecology; key laboratory for earth surface processes of the ministry of education; peking university; beijing 100871; china.
wang liang*; niu kechang; yang yuanhe & zhou peng department of ecology; key laboratory for earth surface processes of the ministry of education; peking university; beijing 100871; china.
..............page:851-857
biomass carbon stocks in china's forests between 2000 and 2050:a prediction based on forest biomass-age relationships
xu bing; guo zhaodi; piao shilong & fang jingyun* department of ecology; college of urban and environmental sciences; and key laboratory for earth surface processes of the ministry of education; peking university; beijing 100871; china
xu bing; guo zhaodi; piao shilong & fang jingyun* department of ecology; college of urban and environmental sciences; and key laboratory for earth surface processes of the ministry of education; peking university; beijing 100871; china
..............page:776-783
biomass and carbon dynamics of a tropical mountain rain forest in china
chen dexiang1*; li yide1; liu heping2; xu han1; xiao wenfa3; luo tushou1; zhou zhang4 & lin mingxian1 1research institute of tropical forestry; chinese academy of forestry; guangzhou 510520; china; 2department of physics; atmospheric science and geoscience; jackson state university; ms 39217; usa; 3research institute of forest ecology; environment and protection; chinese academy of forestry; beijing 100091; china; 4department of ecology; college of urban and environmental sciences; peking university; beijing 100872; china
chen dexiang1*; li yide1; liu heping2; xu han1; xiao wenfa3; luo tushou1; zhou zhang4 & lin mingxian1 1research institute of tropical forestry; chinese academy of forestry; guangzhou 510520; china; 2department of physics; atmospheric science and geoscience; jackson state university; ms 39217; usa; 3research institute of forest ecology; environment and protection; chinese academy of forestry; beijing 100091; china; 4department of ecology; college of urban and environmental sciences; peking university; beijing 100872; china
..............page:798-810
biomass carbon stocks and their changes in northern china's grasslands during 1982-2006
ma wenhong1; 2; fang jingyun1*; yang yuanhe1 & anwar mohammat 3 1department of ecology; and key laboratory for earth surface processes of the ministry of education; peking university; beijing 100871; china; 2college of life science; inner mongolia university; hohhot 010021; china; 3xinjiang institute of ecology and geography; chinese academy of sciences; urumqi 830011; china
ma wenhong1; 2; fang jingyun1*; yang yuanhe1 & anwar mohammat 3 1department of ecology; and key laboratory for earth surface processes of the ministry of education; peking university; beijing 100871; china; 2college of life science; inner mongolia university; hohhot 010021; china; 3xinjiang institute of ecology and geography; chinese academy of sciences; urumqi 830011; china
..............page:841-850
changes in soil organic carbon of terrestrial ecosystems in china:a mini-review
huang yao*; sun wenjuan; zhang wen & yu yongqiang state key laboratory of atmospheric boundary layer physics and atmospheric chemistry(lapc); institute of atmospheric physics; chinese academy of sciences; beijing 100029; china
huang yao*; sun wenjuan; zhang wen & yu yongqiang state key laboratory of atmospheric boundary layer physics and atmospheric chemistry(lapc); institute of atmospheric physics; chinese academy of sciences; beijing 100029; china
..............page:766-775
estimation of effective plant area index for south korean forests using lidar system
kwak doo-ahn1; lee woo-kyun1*; kafatos menas2; son yowhan1; cho hyun-kook3 & lee seung-ho3 1department of environmental science and ecological engineering; korea university; seoul 136-713; korea; 2 center of excellence in earth observing; schmid college of science; chapman university; orange; ca 92866; usa; 3division of forest resources information; korea forest research institute; seoul 136-012; korea
kwak doo-ahn1; lee woo-kyun1*; kafatos menas2; son yowhan1; cho hyun-kook3 & lee seung-ho3 1department of environmental science and ecological engineering; korea university; seoul 136-713; korea; 2 center of excellence in earth observing; schmid college of science; chapman university; orange; ca 92866; usa; 3division of forest resources information; korea forest research institute; seoul 136-012; korea
..............page:898-908