Green Planet: Plant Ecology and Global Change

GEOG31042 Green Planet: Plant Ecology and Global Change 20 Semester 2 Undergraduate Level 3 William Fletcher Unit coordinator 1 FHEQ level (Framework for Higher Education Qualifications) ' Last part of a Bachelors ' European Credit Transfer & Accumulation System Rating : 10.0 This unit sits within the subject area of biogeography with a particular focus on plants and vegetation and the role they play in the Earth system. The unit covers essential science in the areas of plant science and ecology but without prerequisite knowledge in this area. The unit explores a range of contemporary issues such as climate change, human impact on the environment, global biogeochemical cycles and conservation. Key topics to be covered include:•Origins and evolution of plant life •History, concepts and practice of vegetation description •Key concepts in vegetation dynamics: resources, stress, competition and disturbance •Tropical forests •Vegetation-climate feedbacks •Photosynthesis and the global carbon cycle •Vegetation response to a warming world • Quantifying the human footprint on the Green Planet •Conserving the Green Planet   This unit sits within the subject area of biogeography with a particular focus on plants and vegetation and the role they play in the Earth system. The unit covers essential science in the areas of plant science and ecology but without prerequisite knowledge in this area. The unit explores a range of contemporary issues such as climate change, human impact on the environment, global biogeochemical cycles and conservation. Key topics to be covered include:•Origins and evolution of plant life •History, concepts and practice of vegetation description •Key concepts in vegetation dynamics: resources, stress, competition and disturbance •Tropical forests •Vegetation-climate feedbacks •Photosynthesis and the global carbon cycle •Vegetation response to a warming world • Quantifying the human footprint on the Green Planet •Conserving the Green Planet   <ul> <li>to understand the main factors that influence the growth and distribution of plant species at local to global scales</li> <li>to appreciate the role of the biosphere in the shaping of the Earth's climate</li> <li>to explore vegetation-climate interactions at a range of spatial and temporal scales</li> <li>to assess the vulnerability of plants and ecosystems to anthropogenic impacts and climate change</li> <li>to develop awareness of methodological approaches in ecology and biogeography</li></ul> <ul> <li>Discuss the main factors that influence the distribution and composition of vegetation at local to global scales including climate, soils and ecological interactions</li></ul> <ul><li>evaluate the implications of climate change for plant diversity and the role of global vegetation in future climate change scenarios</li><li>assess critically the variety of techniques and information used to study vegetation and vegetation climate interactions, including physiological experiments in controlled environments, observational studies based on long</li></ul> <ul><li style="border-style:none;">present a research proposal and justify a programme of research design and data analysis in plant ecology</li><li style="border-style:none;">exercise and refine skills in in bibliographic researching</li><li style="border-style:none;">hone their skills in developing and maintaining a convincing line of written argument for a well-defined topic of their choice  </li></ul> <ul><li>improve verbalcommunication and writing skills</li><li>practice cooperative learning in discussion classes</li><li>improve time management and independent study skills  </li></ul> •Origins and evolution of plant life •History, concepts and practice of vegetation description •Key concepts in vegetation dynamics: resources, stress, competition and disturbance •Tropical forests •Vegetation-climate feedbacks •Photosynthesis and the global carbon cycle •Vegetation response to a warming world • Quantifying the human footprint on the Green Planet •Conserving the Green Planet  Throughout the semester, the weekly activities will be split between online delivery (video lecture segments, online resources, task sheet activities – equivalent to 2 hours contact per week) and face-to-face discussion seminars (1 hour per week). Instructions and guidance for independent study beyond these hours will be delivered both online in the VLE and discussed in the seminars.The timetabled sessions will include: 1) Online lectures (equivalent to 2 hours) – course leader and students will gather online in VLE Collaborate for a brief weekly meeting to introduce the weekly topic, materials and activities. Students will be free to work through video recordings, readings, and other resources in the VLE (quizzes and task sheets) at their own pace. In many weeks, tasks will be set to be completed for the discussion seminar – sometimes this will include individual reading and writing assignments and in others there will be team-based work to be delivered in the seminar. The course leader will be available online for a timetabled two hour lecture slot in to provide a live online “launch” to the weekly topic and during which the students can then begin to explore the online materials knowing that the leader is available to answer any immediate questions. In this way, the students will have the flexibility to study asynchronously while maintaining a fixed point of contact within the weekly timetable to assist in maintaining good study habits and motivation. 2) Discussion seminars, synchronous (1 hour) – a synchronous discussion-oriented class will be held on campus.  In the seminar sessions we will cover the answers/responses to tasks set in the online lectures, reporting back or delivering mini-presentations. Time during the seminars will also be dedicated to preparation, guidance and formative feedback for the assessments. 3) a visit to the Manchester Museum to the Herbarium and Fossils gallery 4) a local half-day fieldtrip to learn about current issues in biogeography, ecology and conservation in the Manchester areaThere will also be ample opportunities for Q&A and open discussion during both the lecture and seminar sessions, as well as via the Discussion Board area in the VLE. From Week 1 onwards we will be setting up Study Teams to support community building and facilitate discussion activities.Students are expected to read widely to support their learning and undertake the support activities as instructed for each class. The fieldclass, Museum visit and seminars are an integral part of the course and students will be expected to work in small groups to prepare materials for presentation and discussion.Learning will be supported via the course VLE site, which will provide access to course materials and wider resources in the areas of biogeography and ecology.   0 Other 100%  Formative Assessment Task      Length (word count/time)   How and when feedback is providedDraft Research Proposal synopsis    200 words                         Individual oral feedback (recorded) via                                                                                                                                                    VLE Turnitin Assessment task                Length          How and when feedback is provided   WeightingResearch proposal, related     1500 words        Individual written feedback                 50% to the local fieldtrip                                                                 via VLE Turnitin destinationCoursework Essay               1500 words           Individual written feedback                50%                                                                            via VLE Turnitin  Y • Adams, J. 2010. Vegetation-Climate Interaction: How Vegetation Makes the Global Environment, 2nd edition. Chichester: Springer-Praxis. (available as e-book) • Beerling, D. 2007. The Emerald Planet: How plants changed Earth's history. Oxford: OUP. • Bonan, G.B. 2015. Ecological Climatology: Concepts and Applications, 3rd edition. Cambridge: Cambridge University Press. (available as e-book; the 2008 or 2002 editions are also good). • Breckle, S.-W. 2002. Walter's Vegetation of the earth : the ecological systems of the geo-biosphere. Berlin: Springer. • Chapin, F.S. III, P.A. Matson and H.A. Mooney. 2012 (and previous editions). Principles of Terrestrial Ecosystem Ecology. NY: Springer. (full text available via JRUL web catalogue) • Cox, C.B. and Moore, P.D. 2016. Biogeography: an ecological and evolutionary approach, 9th edition. Oxford: Blackwell Publications. (available as e-book). • Keddy, P.A. 2007. Plants and Vegetation: Origins, Processes, Consequences. Cambridge University Press. • Kent, M. 2011. Vegetation description and data analysis. 2nd Edition. Chichester: Wiley. • King, J. 2011. Reaching for the Sun: How plants work, 2nd edition. Cambridge: Cambridge University Press. • Thomas, P. and Packham, J.R. 2007. Ecology of Woodlands and Forests: Description Dynamics and Diversity. Cambridge: Cambridge University Press. (available as e-book) • Walker, T. 2012. Plants: A Very Short Introduction. Oxford: Oxford University Press. • Willis, K.J. and J.C. McElwain. 2013. The Evolution of Plants, 2nd Edition. Oxford University Press. Fieldwork 6 Lectures 18 Seminars 6 0 170