1) Antarctic Peninsula
南极半岛
1.
In this paper, by use of the monthly mean temperature data of 12 stations in the vicinity of Antarctic Peninsula, the temperature series during 1903_2000 is founded and the interdecadal oscillation of the temperature are discussed.
利用南极半岛及邻近地区(30°～70°W,50°S以南)气象观测资料较好的12个站,建立了该地区近百年的气温距平序列。
2.
Our result shows that crust structure below Antarctic Peninsula may be divided into three layers and their thicknesses are respectively 5km,8km and 10km.
４级地震面波资料，采用最新的适配滤波频时分析技术和网格频散反演方法，计算了南极半岛地区的勒夫波群速度频散，并获得了该区岩石圈结构模型。
3.
which were provided by British Antarctic Survey (BAS), were collected during an expedition in the vicinity of the Antarctic Peninsula area in 1988/1989.
根据英国南极考察中心（ＢＡＳ）在南极半岛水域（１９８８／１９８９）调查资料分析了三种南极鱼种（南极多线鱼（Ｐｌｅｕｒａｇｒａｍｍａａｎｔａｒｃｔｉｃｕｍ），南极电灯笼鱼（Ｅｌｅｃｔｒｏｎａａｎｔａｒｔｉｃａ），博氏原灯笼鱼（Ｐｒｏｔｏｍｐｅｔｏｐｈｕｍｂｏｌｉｎｉ）的分布。
3) Indo-China peninsula
中南半岛
1.
Mechanism of Thermal Features over the Indo-China Peninsula and Possible Effects on the Onset of the South China Sea Monsoon;
中南半岛地区热力特征对南海季风爆发的可能影响及机理(英文)
2.
A Numerical Study of Effects of the Indo-China Peninsula on theEstablishment and Maintenance of the South China Sea Summer Monsoon;
中南半岛影响南海夏季风建立和维持的数值研究
3.
The Effects of the Thermal Contrast between Indo-China Peninsula and South China Sea on SCS Summer Monsoon Onset;
中南半岛与南海热力差异对南海夏季风爆发的影响
4) Indochina Peninsula
中南半岛
1.
The South China and Indochina Peninsula Deltas——A Comparison;
华南与中南半岛三角洲发育特征之比较
2.
The NCEP/NCAR reanalysis data from 1957-1998 are used to study the regional circulation evolutions associated with the South China Sea monsoon onset in the South China Sea and Indochina peninsula region and to reveal the connections between the thermal characteristics in this region and the South China Sea monsoon onset.
利用 195 7— 1998年NCEP/NCAR候平均再分析资料 ,分析伴随南海夏季风爆发中南半岛和南海地区环流系统的演变 ,揭示该地区热力特征与南海夏季风爆发之间的可能联系 。
3.
It is found that there exist three areas with higher values of sensible heat in the Indochina Peninsula ,the northeastern Tibetan Plateau and the most part of the Indian Peninsula, whereas the area with lower values is located in the sea, therefore the land sea thermal contrast is very obvious.
文中对 1 998年 1月 1日到 8月 31日共 2 4 3d的南海季风试验再分析资料的地面感热场和潜热场进行 EOF分析 ,由感热的第一特征向量场发现 ,中南半岛地区、青藏高原的东北部和印度半岛的大部分是感热通量大值区 ,而海洋上是小值区 ,海陆热力差异十分明显 ,这种海陆感热对比是促使季风爆发的大背景。
5) Central South Peninsula of Southeast Asia
东南亚中南半岛
1.
Preliminary division of the metallogenetic belts in the Central South Peninsula of Southeast Asia and their regional ore-forming characteristics
东南亚中南半岛成矿带初步划分与区域成矿特征
补充资料：东南极洲
横贯南极山脉以东的南极大陆，也称大南极洲。面积占整个南极大陆的三分之二，绝大部分在东半球。海岸较平直，轮廓大体呈半圆形。上覆冰盖厚度很大，冰下基岩地形比较平缓。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条