Qatar Foundation Annual Research Forum Volume 2010 Issue 1

Abstract At Texas A&M University at Qatar, the faculty, research staff, and students of the Petroleum Engineering Program are currently involved in and also planning for several research projects with four main objectives: improving productivity in Qatar's oil and gas fields; increasing the petroleum reserves of Qatar; developing a strong base of Qatari professionals; and preserving the environment. One of our major proje Read More

Abstract The Qatar Air Quality Modelling System (QAQM) was developed by Qatar Petroleum (QP) and Total Research Centre - Qatar (TRC-Q) to elucidate the causes of the high ozone levels in Qatar's lower atmosphere. Ozone formation is a complex phenomenon involving primary pollutants (nitrogen oxides and volatile organic compounds), solar radiation and local meteorological conditions. The pollutant's long lifetimes unde Read More

Abstract A wide range of natural processes, invasive plants and human activity have had a strong impact on the stability of the ecosystem, leading to the destruction of plants habitats and plant endangerment or even extinction. Royal Botanic Gardens, Kew, together with the Natural History Museum, London, and the International Union for the Conservation of Nature (IUCN), has revealed that the world's plants are as threate Read More

Abstract The design, analysis and optimization of cooperative/relaying communication systems have recently become a very active research area within both the information theory as well as communications engineering societies. It is now well understood that relaying strategies can improve the coverage of wireless networks by providing higher data rates or better transmission reliability to user terminals at the edge of a wire Read More

Abstract In the past decade, Qatar's population has experienced unprecedented growth. The country has nearly trebled in size, from 522,000 residents in 1997, to over 1,500,000 today. Of that total, 82% is said to live in the metropolitan area of Doha. As phenomenal as this growth may be, however, it is both environmentally and culturally unsustainable. Until now, the tendency has been to build in a speculative manner Read More

Abstract The current kerosene fuel used in aviation turbines is tightly controlled to a well defined specification. This fuel specification is a result of the past 50 years of simultaneous research and development between the aviation turbine industry, especially the combustion system, and kerosene jet fuel chemistry. Recently, there has been a ground swell of interest in alternative fuels for aviation, where the fuels can be Read More

Abstract In this pilot study, we show that a non-invasive technique, fecal analysis, can be used to positively identify diet contents in the spiny-tailed agamid lizard (Uromastyx aegyptia microlepis) in the wild. We examined U. a. microlepis fecal samples collected in the Kharrara region of Qatar and identified over 25 species of desert plants. In addition to the native flora, grains of barley (Hordeum vulgare) were identified in the s Read More

Abstract In the frame of the protection of the environment that is continuously polluted by the massive use of chemical pesticides, we carried out a joint R&D project, on the development of biological pesticides using local bacterial strains isolated from Qatar and Tunisia. Microbial bioinsecticides were shown to be an efficient tool to control plant pests as well as human disease vectors. The Bacillus thuringiensis elta-endotoxins are Read More

Abstract Debated among scientists for decades, observations of compositional differences between different crystallographic faces within a same growth zone, called ‘sector zoning’, represents a major challenge for geochemistry and in particular for isotope geochemistry. Nowadays, convincing evidence for the existence of sector zoning has been reported in the literature. However, no consensus on the mechanisms t Read More