1001-9588
2006 Issue 4
Long-term flux characteristics of Phragmites ecosystem in Panjin wetland
wang hongyu zhou guangsheng(institute of atmospheric environment; china meteorological administration; shenyang 110016)
wang hongyu zhou guangsheng(institute of atmospheric environment; china meteorological administration; shenyang 110016)
..............page:18-24
Liaohe delta wetland and global change
zhou guangsheng~(1; 2) zhou li~2 guan enkai~3 zhao fangwen~4(1.institute of atmospheric environment; cma; shenyang 110016; 2.laboratory of quantitativevegetation ecology; institute of botany; the chinese academy of sciences; beijing 100093; 3.dingxiang group company of panjin in liaoning province; panjin 124106; 4.panjin meteorological bureau; panjin 124010)
zhou guangsheng~(1; 2) zhou li~2 guan enkai~3 zhao fangwen~4(1.institute of atmospheric environment; cma; shenyang 110016; 2.laboratory of quantitativevegetation ecology; institute of botany; the chinese academy of sciences; beijing 100093; 3.dingxiang group company of panjin in liaoning province; panjin 124106; 4.panjin meteorological bureau; panjin 124010)
..............page:7-12
Brief introduction of Panjin wetland ecosystem research station
zhou guangsheng~(1; 2) zhou li~2 guan enkai~3 zhao fangwen~4(1.institute of atmospheric environment; cma; shenyang 110016; 2.laboratory of quantitative vegetationecology; institute of botany; the chinese academy of sciences; beijing 100093; 3.dingxiang group companyof panjin in liaoning province; panjin 124106; 4.panjin meteorological bureau; panjin 124010)
zhou guangsheng~(1; 2) zhou li~2 guan enkai~3 zhao fangwen~4(1.institute of atmospheric environment; cma; shenyang 110016; 2.laboratory of quantitative vegetationecology; institute of botany; the chinese academy of sciences; beijing 100093; 3.dingxiang group companyof panjin in liaoning province; panjin 124106; 4.panjin meteorological bureau; panjin 124010)
..............page:1-6
The characteristics of Phragmites phenology in Panjin wetland and its responses to climatic change
li rongping~1 liu xiaomei~2 zhou guangsheng~1(1.institute of atmospheric environment; china meteorological administration; shenyang 110016; 2.liaoning region meteorological center; shenyang 110016)
li rongping~1 liu xiaomei~2 zhou guangsheng~1(1.institute of atmospheric environment; china meteorological administration; shenyang 110016; 2.liaoning region meteorological center; shenyang 110016)
..............page:30-34
Simulating leaf stomatal conductance of reed(Phragmites communis) plant in Panjin wetland
zhou li~1 zhou guangsheng~(1; 2) jia qingyu~2 lv guohong~2 xie yanbing~2 zhao xianli~2(1.laboratory of quantitative vegetation ecology; institute of botany; the chinese academyof sciences; beijing 100093; 2.institute of atmospheric environment; china meteorologicaladministration; shenyang 110016)
zhou li~1 zhou guangsheng~(1; 2) jia qingyu~2 lv guohong~2 xie yanbing~2 zhao xianli~2(1.laboratory of quantitative vegetation ecology; institute of botany; the chinese academyof sciences; beijing 100093; 2.institute of atmospheric environment; china meteorologicaladministration; shenyang 110016)
..............page:42-46
Model comparisons for estimating water and heat fluxes of reed wetland ecosystem in Panjin
he qijin~(1; 2) zhou guangsheng~(1; 3) zhou li~3 wang yunlong~3(1.institute of atmospheric environment; china meteorological administration; shenyang 110016; 2.chinese academy of meteorological sciences; beijing 100081; 3.laboratory of quantitative vegetation ecology; institute of botany; the chinese academy of sciences; beijing 100093)
he qijin~(1; 2) zhou guangsheng~(1; 3) zhou li~3 wang yunlong~3(1.institute of atmospheric environment; china meteorological administration; shenyang 110016; 2.chinese academy of meteorological sciences; beijing 100081; 3.laboratory of quantitative vegetation ecology; institute of botany; the chinese academy of sciences; beijing 100093)
..............page:35-41
Study on biomass dynamics of Phragmites communis community in Panjin wetland
jia qingyu~1 zhou li~2 xie yanbing~1 zhou guangsheng~(1; 2)(1.institute of atmospheric environment; china meteorological administration; shenyang 110016; 2.laboratory of quantitative vegetation ecology; institute of botany; the chineseacademy of sciences; beijing 100093)
jia qingyu~1 zhou li~2 xie yanbing~1 zhou guangsheng~(1; 2)(1.institute of atmospheric environment; china meteorological administration; shenyang 110016; 2.laboratory of quantitative vegetation ecology; institute of botany; the chineseacademy of sciences; beijing 100093)
..............page:25-29
Seasonal dynamics of dissolved organic carbon and available N in Panjin reed wetland
lv guohong~1 zhou guangsheng~(1; 2) zhou li~2 xie yanbing~1 jia qingyu~1 zhao xianli~1(1.institute of atmospheric environment; china meteorological administration; shenyang 110016; 2.laboratoryof quantitative vegetation ecology; institute of botany; the chinese academy of sciencies; beijing 100093)
lv guohong~1 zhou guangsheng~(1; 2) zhou li~2 xie yanbing~1 jia qingyu~1 zhao xianli~1(1.institute of atmospheric environment; china meteorological administration; shenyang 110016; 2.laboratoryof quantitative vegetation ecology; institute of botany; the chinese academy of sciencies; beijing 100093)
..............page:59-63
Soil respiration and its controlling factors at Phragmites communis wetland in Panjin
xie yanbing~1 jia qingyu~1 zhou li~2 li rongping~1 lv guohong~1(1.institute of atmospheric environment; china meteorological administration; shenyang 110016; 2.laboratoryof quantitative vegetation ecology; institute of botany; the chinese academy of sciences; beijing 100093)
xie yanbing~1 jia qingyu~1 zhou li~2 li rongping~1 lv guohong~1(1.institute of atmospheric environment; china meteorological administration; shenyang 110016; 2.laboratoryof quantitative vegetation ecology; institute of botany; the chinese academy of sciences; beijing 100093)
..............page:53-58
Simulating evapotranspiration of Phragmites communis in Panjin Wetland
yu wenying~1 zhou guangsheng~(2; 3) zhou li~3(1.college of water conservancy; shenyang agriculture university; shenyang 110161; 2.institute of atmospheric environment; china meteorological administration; shenyang 110016; 3.laboratory of quantitative vegetation ecology; institute of botany; the chinese academy of sciences; beijing 100093)
yu wenying~1 zhou guangsheng~(2; 3) zhou li~3(1.college of water conservancy; shenyang agriculture university; shenyang 110161; 2.institute of atmospheric environment; china meteorological administration; shenyang 110016; 3.laboratory of quantitative vegetation ecology; institute of botany; the chinese academy of sciences; beijing 100093)
..............page:47-52
Climatic characteristics in Panjin Phragmites communis wetland from 1957 to 2004
li rongping~1 zhou li~2 xie yanbing~1 zhou guangsheng~(1; 2)(1.institute of atmospheric environment; china meteorological administration; shenyang 110016; 2.laboratoryof quantitative vegetation ecology; institute of botany; the chinese academy of sciences; beijing 100093)
li rongping~1 zhou li~2 xie yanbing~1 zhou guangsheng~(1; 2)(1.institute of atmospheric environment; china meteorological administration; shenyang 110016; 2.laboratoryof quantitative vegetation ecology; institute of botany; the chinese academy of sciences; beijing 100093)
..............page:13-17
Advances in soil microbial biomass
zhao xianli~1 cheng haitao~2 lv guohong~1 jia qingyu~1(1.institute of atmospheric environment; china meteorological administration; shenyang 110016; 2.shenyang agricultural university; shenyang 110161)
zhao xianli~1 cheng haitao~2 lv guohong~1 jia qingyu~1(1.institute of atmospheric environment; china meteorological administration; shenyang 110016; 2.shenyang agricultural university; shenyang 110161)
..............page:68-72
The characteristics of soil microbe in Panjin reed wetland
zhao xianli~1 zhou guangsheng~(1; 2) zhou li~2 lv guohong~1 jiaqingyu~1 xie yanbing~1(1.institute of atmospheric environment; china meteorological administration; shenyang110016; 2.laboratory of quantitative vegetation ecology; institute of botany; the chinese academy of sciences; beijing 100093)
zhao xianli~1 zhou guangsheng~(1; 2) zhou li~2 lv guohong~1 jiaqingyu~1 xie yanbing~1(1.institute of atmospheric environment; china meteorological administration; shenyang110016; 2.laboratory of quantitative vegetation ecology; institute of botany; the chinese academy of sciences; beijing 100093)
..............page:64-67