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This article examines the implications for access and equity of the Syrian government's efforts to reform higher education in the country over the past decade. In the context of social and economic reforms that are moving the county from a state-controlled to a social market economy, it focuses on adequacy in financing higher education, as well as efficiency and equity. Significant progress has been made in access to higher education. The government has introduced a rich variety of options for accessing higher education, resulting in a doubling of enrolled students over the past 10 years. In terms of equity, the gender gaps in higher education enrollment and completion have all but disappeared nationally, although regional variations persist. The study raises concerns about the system's internal and external efficiency: despite some improvements, the quality of the curricula and their relevance for the labour market remain serious issues.

Abstract: Our investigation on macrophytes in Lake Qattieneh, a large, shallow reservoir in western Syria, is a first assessment of ecological status of this lake. We studied spatial distribution patterns of aquatic macrophyte vegetation and heavy metal concentrations to determine if they can be used as indicators of point sources of pollution. Industrial and municipal point sources at the lake shore increase nutrient load and contamination by heavy metals. Water analyses revealed high concentrations of some heavy metals at some littoral sites: Ni 88.7μgL−1, Cr 49.99μgL−1, Co 14.38μgL−1, and Cu 11.65μgL−1. Despite hypertrophic conditions and high heavy metal contamination, we recorded several submerged macrophyte species with heterogeneous spatial distribution patterns. Whereas Potamogeton pectinatus L. dominates in the eastern part of the lake, near industrial point sources, both Myriophyllum spicatum L. and Potamogeton lucens L. form extended patches in the western part of the lake. The shallow, littoral areas near villages are dominated by Ranunculus trichophyllus Chaix in Villars and Ceratophyllum demersum L. The west–east gradient in nutrient and heavy metal concentrations in waters and sediments are reflected by the spatial distribution of submersed species. While the heavy metal concentrations of the water body vary considerably in different seasons, the contents in submersed macrophytes integrate seasonal variations of longer time periods. Spatial distribution and tissue accumulation of littoral macrophyte species reflect the environmental conditions at respective sites such as heavy metal contents in water and sediment. [Copyright &y& Elsevier]