Understand the conceptual and practical limitations and advantages of RS and GIS.Demonstrate a working knowledge of GIS and RS software capabilities.Describe and communicate analytical findings to a non-technical audience.Undertake basic remote sensing operation such as classification and rectification.Understand the concept of the different resolution of remote sensing.Understand the electromagnetic spectrum and its relevance to remote sensing.Conduct spatial and logical queries on geospatial data.Develop conceptual designs for GIS databases.Understand concepts of position and scale. Demonstrate an understanding of geospatial data, and how it is used.Upon completion of the course, students should be able to: The goal of the course is to provide students with the theory and the application of geospatial data, specifically within a GIS and remote sensing framework. Each student will also be required to apply and integrate various GIS and RS operations involving spatial analysis, requiring some time outside of class hours. The Lab components involve “hands-on” use of an analytical software package to complete GIS and remote sensing exercises. General information on geospatial data principles and GPS technologies will also be covered. With respect to remote sensing, it covers the basics of the electromagnetic spectrum, digital remote sensing systems, classification and accuracy assessment. With respect to GIS, it covers an overview of general principles of GIS, analytical use of spatial information, and practical experience in map production. UFOR 511 is an introductory graduate-level course, which covers the use and application of remote sensing, GIS, GPS and spatial data analysis. Reflect on the role of different professions, communities and other players in the greening of cities – and most importantly on their own roles.Describe key aspects and characteristics of urban forestry, and its state-of-art in different parts of the world.Discuss different approaches to city greening, with emphasis on urban forestry.Understand the role and benefits of green space and trees in cities.Finally, the course also highlights the role of urban foresters and other professionals in greening our cities, while also looking into the role of other players, local communities and individual citizens.īy the end of this course students will be able to: The field of urban forestry is introduced, as is its state of the art in different parts of the world. From the question of why and how we want to create greener, more resilient and healthy cities, the focus is then shifted to the role of urban forestry as an important delivery mechanism. It discusses the different roles and benefits of green, while also presenting current ‘city greening’ programs across the globe. This online course focuses on the importance of urban green space and urban trees for cities. Project Proposal Development and Proof of ConceptĬo-Producing Knowledge for Sustainable Natural Resources Management Strategic Urban Forest Planning and Management Urban Forest Resources and Benefits AssessmentĪdvances in Arboriculture and Urban Ecology Full-time Option SUMMER TERMĭeveloping Green and Resilient Cities – The Urban Forestry Approach Although physical presence is encouraged, there will be possibilities for online participation in this final week. This will also give you a unique opportunity to meet your peers and the teaching team in person. UBC will cover accommodation and related expenses during this week, but not travel costs. See below for details.Īlthough the program is offered fully online for the 2023-24 academic year, we intend to organize a final week in Vancouver (in August 2024) for social opportunities and field excursions. Part-time students take fewer courses during the two terms, completing their capstone course in the final Summer term. The final 6-credit capstone course is completed the following Summer, based on individual student interests and/or their employer’s needs. This is followed by two terms, consisting of 19.5 credits of courses on leadership, project management, entrepreneurship and policy analysis, urban forestry courses, a capstone preparation course, and required laboratories. The program begins in July with two courses: (UFOR 500 (3 cr) and UFOR 511 (1.5 cr). * these courses are subject to approval Course Schedule 2 intra-program courses covering transdisciplinary communication & diverse knowledge systems*.8 core urban forestry courses taught by experts in the Faculty of Forestry. In 2023/24 it will be taught 100% online. The MUFL is a 13-month fulltime OR 25-month part-time course-based degree program consisting of 30 credits.
0 Comments
Leave a Reply. |