Geography

The Internship Program gives students hands-on experience with local, regional, or international organizations and businesses to place their work experience into the broader context of professional development and development in Jordan. Students are exposed to the complex developmental, social, political, and business fabric of Jordan and gain valuable work experience. The main part of the course is the practicum, which is monitored by the CIEE lecturer through office hours, check-ins, and follow up with the internship on-site supervisor. In addition, the class meets bi-weekly for guest lecturers, planned site visits, and discussions on topics related to development in Jordan and international careers to provide practical insight into donor/host organizations and their efforts to support Jordan.

This course explores debates in geography about social issues. It emphasizes the relationship between social identity and social space, and how different places reflect and shape diverse ways of life. The course examines the role of space in the interplay of different social groups (e.g. ethnic groups, men/women), and in relation to different aspects of daily life (e.g. housing, leisure). Its emphasis, however, is on how to think about these issues in different scales/contexts (streets, public spaces, global cities). 

This course explores the relationship between humans and the environment through history from the perspective of the interaction between nature and the environment.
 

This course examines the links between environmental protection and economic development. It focuses on how the world manages its natural and environmental resources to meet the human needs of the present while at the same time preserving these resources for future generations. The course introduces students to different views on how human society achieves the goal of economic growth without depleting earth’s capital and jeopardizing the planet’s life support system. Other topics include the concept of sustainable development and its evolution; the challenges, equity issues, technology development, and free trade; sustainable development indicators and ecological footprints analysis; governance and international cooperation; and the sustainability of city and country. The course uses Hong Kong and China for case studies. 

This course examines current observational capabilities, present how satellite data can contribute to understanding the functions and interactions of Earth’s sub-systems (e.g., atmosphere, biosphere, cryosphere, and hydrosphere), and provide the application examples of environmental change at regional to global scales, such as forest disturbance, water quality, carbon emission, air/water/soil pollution, natural disasters, agricultural production. These are highly related to some crucial sustainability issues, so this course will, directly and indirectly, address multiple sustainable development goals (SDGs), including SDG 2 (Zero hunger), SDG6 (Clean water and sanitation), SDG 10 (Reduced inequalities), SDG11 (Sustainable cities and community), SDG13 (Climate action), SDG 14 (Life below water) and SDG15 (Life on land), in the 2030 Agenda for Sustainable Development set by the United Nations in 2015.

This course analyzes the geographical configuration of tourist areas, human flows and movements due to tourism and leisure, and resources and attractions and their influence on that territory. Topics include: tourism and its current trends; tourism resources; tourist destinations; tourism and sustainability; the great tourist regions-- America, Europe, Asia, Africa, and Oceania.

This course offers a study of the physical and natural environment of Spain. It examines Spain's territory in relation to its social environment and economy, both nationally and regionally. This course also discusses Spain's diversity through examination of its natural regions and its autonomous communities. Finally, it focuses on the transition to democracy, the Spanish constitution and current institutions, and Spanish society today.

This course is part of the Laurea Magistrale program. The course is intended for advanced level students only. Enrollment is by consent of the instructor. This course provides knowledge on process and Quaternary geomorphology, with a focus on mountain environments. The course examines aspects of sediment supply and sediment transfer, including hillslope-channel interactions, the role of hydro-meteorogical forcing on the intensity and typology geomorphic transport processes. It also deals with sediment management in the Anthropocene, including the impacts of in-channel engineering infrastructures and landcover changes. Sediment yield and sediment storage in natural and regulated systems are also discussed, as well as the role of Pleistocene glaciations on the present spatial organization of geomorphic processes and sediment fluxes. In this context, the course further examines dating landforms and constraining denudation rates at millennial time scales. The lab-based component introduces students to expert-based mapping of sediment sources and channel changes, as well as glacial and periglacial landforms on remotely-sensed images to build georeferenced databases for geo-hazard assessment. The field-based component illustrates techniques for field-based mapping, characterizing channel bed texture, as well as monitoring water and sediment fluxes. The discussion is fostered by a literature review on selected topics that vary from year to year. Finally, analysis of data collected in the field is performed by groups of students, in preparation of a short technical report.

This course explores the fundamental environmental units: ecosystems. Students use biological and physical science perspectives to examine the geographical distribution of ecosystems and to understand the principles and processes governing their structure and function. Students study the exchange of materials and energy between biotic and abiotic ecosystem components, focusing on water and carbon cycles. Students apply biogeoscience perspectives when interpreting how ecosystems change in response to internal system processes, environmental change, natural disturbance events and human activities.

This course introduces students to the Earth, to its environmental systems, and to the ways in which these systems operate and change both spatially and temporally, producing distinctive physical geographies. Topics include: the history of physical geography; the theory of plate tectonics and the rock cycle; and the atmosphere, the hydrological cycle, glacial, fluvial, and coastal systems.