Loading...
Toggle navigation
Home
About Journal
Editorial Board
Instruction
Subscription
Advertisement
Download
Contacts Us
Chinese
Office Online
News
More>>
Most Cited
More>>
Visited
Total visitors:
Visitors of today:
Now online:
Table of Content
10 December 1995, Volume 16 Issue 06
Previous Issue
Next Issue
Cover Download
Article Download
论文
LAND DEGRADATION/DESERTIFICATION AND ITS CONTROL STRATEGIES──A CASE STUDY OF THE DRG-HOT VALLEY IN YUANMOU,YUNNAN PROVINCE
娄秀荣,沙奕卓
1995, 16(06): .
Asbtract
(
6629
)
Related Articles
|
Metrics
LAND DEGRADATION/DESERTIFICATION AND ITS CONTROL STRATEGIES──A CASE STUDY OF THE DRG-HOT VALLEY IN YUANMOU,YUNNAN PROVINCE
孙军杰,于溪滨,郭松林,朱彦森
1995, 16(06): .
Asbtract
(
6490
)
Related Articles
|
Metrics
LAND DEGRADATION/DESERTIFICATION AND ITS CONTROL STRATEGIES──A CASE STUDY OF THE DRG-HOT VALLEY IN YUANMOU,YUNNAN PROVINCE
任鹤麒,王瑞芳
1995, 16(06): .
Asbtract
(
8513
)
Related Articles
|
Metrics
Probability Feature of Drought Duration in Huang-Huai-Hai(HHH) Plain
尹东
1995, 16(06): .
Asbtract
(
6713
)
Related Articles
|
Metrics
Probability Feature of Drought Duration in Huang-Huai-Hai(HHH) Plain
朱维民
1995, 16(06): .
Asbtract
(
7686
)
Related Articles
|
Metrics
Impact of Climatic Variation in Maize PrOductivc Capacity in the Locss Platcau Arca in recent 30 years
Zhang Qiang;Yang Xianwei;Huang Chaoyin(National elimate Center,Beijing 100081)
1995, 16(06): .
Asbtract
(
7404
)
Related Articles
|
Metrics
In this paper,the impact of climatic variation capacity on maize productive capacity are analizedby use of the meteorological data of 72 stations in the Loess Plateau area for 30 years.The resultsshow that,inspite of the general climatic trend was getting warmer during 1980’s in this area,thetemperature within growing seasons did not go up but dropped a little.Thus,the light-temperatureproductive capacity of maize in 1980s was less than that in 1960’s or 1970’s Due to the influence ofthe change of precipitation,the climatic productive capacity in 1980’s was higher than that in 1960’s or1970’s for all parts in this area except for Shaanxi Province.
The Variation Features of Grain Yield in China in Recent 40 Years
余优森,任三学
1995, 16(06): .
Asbtract
(
6688
)
Related Articles
|
Metrics
The Variation Features of Grain Yield in China in Recent 40 Years
古建泉
1995, 16(06): .
Asbtract
(
6520
)
Related Articles
|
Metrics
The Variation Features of Grain Yield in China in Recent 40 Years
朱明华,赵国芳,许福涛,陆仁刚,薛涛
1995, 16(06): .
Asbtract
(
6849
)
Related Articles
|
Metrics
The Variation Features of Grain Yield in China in Recent 40 Years
李秉柏,全炎鑫,申双和
1995, 16(06): .
Asbtract
(
6767
)
Related Articles
|
Metrics
The Variation Features of Grain Yield in China in Recent 40 Years
周泽民
1995, 16(06): .
Asbtract
(
6893
)
Related Articles
|
Metrics
Study on Cron Model and the Use of Climatic Resources in the South of Jiangsu Province
许昌,张文明
1995, 16(06): .
Asbtract
(
7751
)
Related Articles
|
Metrics
Respons of Wheat Stomatic Resistance on Weather Conditions
颜景义,郑有飞,张海珍,万长建
1995, 16(06): .
Asbtract
(
6750
)
Related Articles
|
Metrics
Respons of Wheat Stomatic Resistance on Weather Conditions
刘了凡,卢皖
1995, 16(06): .
Asbtract
(
6834
)
Related Articles
|
Metrics
Respons of Wheat Stomatic Resistance on Weather Conditions
蔡士来,商兆堂,陈竹君,王金才,曹兆楼
1995, 16(06): .
Asbtract
(
6810
)
Related Articles
|
Metrics
An Advection- Aridity Evaporation Model for Wheat Ficld Evapotranspiration and Advection
Mo Xingguo(Institutc of Gography,CAS 100101)
1995, 16(06): .
Asbtract
(
7287
)
Related Articles
|
Metrics
A advection-aridity model is used to estimate the evapotranspiration in winter wheat field.Themodel is tested with the Bowen ratio- energy balance method,The characteristics of advection,canopy temperature and canopy resistance in winter wheat fleld are analysed,results show that advec-tive heat flux is small at noon, but enhances after sun set.It is usually not more than 40W/m and itvibrates fitfully,The diference of canopy surface temperature-air temperature reaches its toppest atsame time as the toppest of net radiation,The canopy resistance iS much small In the morning,andthen increases gradually in the afternoon,