Suchergebnisse

Kafala: the greatest insult to Islam --. - Segregation and desperation --. - Enslavement: losing human dignity --. - Bureaucracy: "Eating people's money with greed" --. - Sexual Starvation

Chapter 1. Introduction: Factors affecting the Gulf's future -- Chapter 2. Methodology and data for assessing the effects of Global Cycles and Value Change on the Future of the Gulf Region -- Chapter 3. Covid-19 and the contours of the impending global crisis: Western meltdown, Gulf fallout? -- Chapter 4. Caught in the "Thucydides Trap"? Revisiting Kondratieff Waves, Warfare and World Security and their implications for the Gulf region -- Chapter 5. Learning from classical Arab writers: G-Zero and the cultural aspects of changing global leadership: rediscovering Ibn Khaldun's "Asabiyya" with the latest PEW Global Survey and World Values Survey data -- Chapter 6. Value change and patterns of development in the rich Arab countries -- Chapter 7. Antisemitism – the second contemporary pandemic and what the Gulf countries can do to overcome it -- Chapter 8. Saudi Arabia - Religion, gender and the desire for democracy -- Chapter 9. Executive Summary, Conclusions and Perspectives.

This article demonstrates the growing adaptability of Chinese foreign policy to Gulf states' expectations around issues that implicate them directly or are relevant (such as relations with the US, and the wars in Yemen and Syria). Gulf states reacted positively because China's approach incrementally integrated local demands in its strategizing, especially by finding common ground with Gulf states despite their own differences; China has done so while not being tied to a "hegemonic idea" (i.e. it is not trying to control or define Gulf politics). China's incrementalist and non-hegemonic regional approach significantly increased Gulf states' acceptance of its interventions, adapted to Gulf states' expectations, and, crucially, has been altering what these states expect of major powers in general. The article concludes by proposing that unfolding Gulf politics in light of the June 2017 GCC crisis is very likely to present China with multiple opportunities to demonstrate the adroitness of its strategic choices vis-à-vis the region. (China Q/GIGA)

Recently it was discovered that over the Middle East during summer ozone mixing ratios can reach a pronounced maximum in the middle troposphere. Here we extend the analysis to the surface and show that especially in the Persian Gulf region conditions are highly favorable for ozone air pollution. We apply the EMAC atmospheric chemistry-climate model to investigate long-distance transport and the regional formation of ozone. Further, we make use of available in situ and satellite measurements and compare these with model output. The results indicate that the region is a hot spot of photochemical smog where European Union air quality standards are violated throughout the year. Long-distance transports of air pollution from Europe and the Middle East, natural emissions and stratospheric ozone conspire to bring about relatively high background ozone mixing ratios. This provides a hotbed to strong and growing indigenous air pollution in the dry local climate, and these conditions are likely to get worse in the future.

International audience ; Recently it was discovered that over the Middle East during summer ozone mixing ratios can reach a pronounced maximum in the middle troposphere. Here we extend the analysis to the surface and show that especially in the Persian Gulf region conditions are highly favorable for ozone air pollution. We apply the EMAC atmospheric chemistry-climate model to investigate long-distance transport and the regional formation of ozone. Further, we make use of available in situ and satellite measurements and compare these with model output. The results indicate that the region is a hot spot of photochemical smog where European Union air quality standards are violated throughout the year. Long-distance transports of air pollution from Europe and the Middle East, natural emissions and stratospheric ozone conspire to bring about relatively high background ozone mixing ratios. This provides a hotbed to strong and growing indigenous air pollution in the dry local climate, and these conditions are likely to get worse in the future.

International audience ; Recently it was discovered that over the Middle East during summer ozone mixing ratios can reach a pronounced maximum in the middle troposphere. Here we extend the analysis to the surface and show that especially in the Persian Gulf region conditions are highly favorable for ozone air pollution. We apply the EMAC atmospheric chemistry-climate model to investigate long-distance transport and the regional formation of ozone. Further, we make use of available in situ and satellite measurements and compare these with model output. The results indicate that the region is a hot spot of photochemical smog where European Union air quality standards are violated throughout the year. Long-distance transports of air pollution from Europe and the Middle East, natural emissions and stratospheric ozone conspire to bring about relatively high background ozone mixing ratios. This provides a hotbed to strong and growing indigenous air pollution in the dry local climate, and these conditions are likely to get worse in the future.

International audience ; Recently it was discovered that over the Middle East during summer ozone mixing ratios can reach a pronounced maximum in the middle troposphere. Here we extend the analysis to the surface and show that especially in the Persian Gulf region conditions are highly favorable for ozone air pollution. We apply the EMAC atmospheric chemistry-climate model to investigate long-distance transport and the regional formation of ozone. Further, we make use of available in situ and satellite measurements and compare these with model output. The results indicate that the region is a hot spot of photochemical smog where European Union air quality standards are violated throughout the year. Long-distance transports of air pollution from Europe and the Middle East, natural emissions and stratospheric ozone conspire to bring about relatively high background ozone mixing ratios. This provides a hotbed to strong and growing indigenous air pollution in the dry local climate, and these conditions are likely to get worse in the future.

International audience ; Recently it was discovered that over the Middle East during summer ozone mixing ratios can reach a pronounced maximum in the middle troposphere. Here we extend the analysis to the surface and show that especially in the Persian Gulf region conditions are highly favorable for ozone air pollution. We apply the EMAC atmospheric chemistry-climate model to investigate long-distance transport and the regional formation of ozone. Further, we make use of available in situ and satellite measurements and compare these with model output. The results indicate that the region is a hot spot of photochemical smog where European Union air quality standards are violated throughout the year. Long-distance transports of air pollution from Europe and the Middle East, natural emissions and stratospheric ozone conspire to bring about relatively high background ozone mixing ratios. This provides a hotbed to strong and growing indigenous air pollution in the dry local climate, and these conditions are likely to get worse in the future.