Different Countries, Different Perspectives: A Comparative Analysis of the South China Sea Disputes Coverage by Malaysian and Chinese Newspapers

China Report ◽  
2020 ◽  
Vol 56 (1) ◽  
pp. 39-59
Author(s):  
Yang Lai Fong ◽  
Ramachandran Ponnan ◽  
Antoon De Rycker

The South China Sea disputes involve both island and maritime claims among several sovereign states within the region, namely China, Malaysia, the Philippines, Brunei, Vietnam and Taiwan. Framing an analysis of international news and diplomatic relations allows researchers to examine how news organisations provide their audiences with context regarding news stories through content promotion and exclusion. This study examined how the Malaysian and Chinese newspapers reported about the South China Sea disputes and Malaysia–China bilateral relations. The findings indicated that the newspapers reported the topics with different intensity and prominence, while different news sources were employed. It was also found that conflict was a salient frame used by the various newspapers. In addition, this study found that the Malaysian and Chinese newspapers exhibited different valence in reporting the South China Sea disputes. Among the Malaysian newspapers under examination in this study, Sin Chew Daily (a Chinese-language daily) employed the most similar frame to that of the Chinese newspapers, where the coverage was pervasive with supportive valence towards China.

2017 ◽  
Vol 8 (1) ◽  
pp. 36-50
Author(s):  
Hao Duy PHAN ◽  
Lan Ngoc NGUYEN

AbstractOn 12 July 2016, the Tribunal in theSouth China Seaarbitration issued its final award. China rejected the ruling as “null and void”. The Philippines dismissed it as “a piece of paper” after initially hailing the ruling a “milestone decision”. The reactions of the parties concerned raise important questions about the bindingness, finality, and state compliance with UNCLOS dispute settlement decisions. This paper addresses these questions by dissecting China’s arguments that the award “has no binding force” and by examining the options available for promoting compliance with the award. The paper also considers the broader question of how states generally comply with UNCLOS dispute settlement decisions and evaluates the significance of UNCLOS dispute settlement mechanisms, including theSouth China Seaarbitration, in the absence of external enforcement.


2021 ◽  
pp. 1-53
Author(s):  
Weixin Xu ◽  
Steven A. Rutledge ◽  
Kyle Chudler

AbstractUsing 17-yr spaceborne precipitation radar measurements, this study investigates how diurnal cycles of rainfall and convective characteristics over the South China Sea region are modulated by the Boreal Summer Intraseasonal Oscillation (BSISO). Generally, diurnal cycles change significantly between suppressed and active BSISO periods. Over the Philippines and Indochina, where the low-level monsoon flows impinge on coast lines, diurnal cycles of rainfall and many convective properties are enhanced during suppressed periods. During active periods, diurnal variation of convection is still significant over land but diminishes over water. Also, afternoon peaks of rainfall and MCS populations over land are obviously extended in active periods, mainly through the enhancement of stratiform precipitation. Over Borneo, where the prevailing low-level winds are parallel to coasts, diurnal cycles (both onshore and offshore) are actually stronger during active periods. Radar profiles also demonstrate a pronounced nocturnal offshore propagation of deep convection over western Borneo in active periods. During suppressed periods, coastal afternoon convection over Borneo is reduced, and peak convection occurs over the mountains until the convective suppression is overcome in the late afternoon or evening. A major portion (> 70%) of the total precipitation over Philippines and Indochina during suppressed periods falls from afternoon isolated to medium-sized systems (< 10,000 km2), but more than 70% of the active BSISO rainfall is contributed by nocturnal (after 18 LT) broad precipitation systems (> 10,000 km2). However, offshore total precipitation is dominated by large precipitation systems (> 10,000 km2) regardless of BSISO phases and regions.


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