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報告題目一：Forestry and greenhouse gases in New Zealand

報告人：Dr Peter Clinton

Science Leader, Forest Systems, Scion (New Zealand Forest Research Institute)

時間：2016年11月3日（星期四）上午9:30

地點：碳匯樓314

報告人簡介：

Dr Clinton is a forest ecologist whose research interests cover Carbon and nutrient dynamics and plant soil interactions. He has applied the use of stable isotopes to examine such issues as the environmental fate of N fertilisers and competitive interactions between plant species as well as to examine the fundamental nature of soil organic nitrogen. He has integrated various studies on nutrient cycling into understanding of natural stand development sequences and my research highlights the role of deadwood in natural and managed indigenous forests. He has also focused on water use by trees, biogeochemistry of natural forests, impacts of forest management and impacts of wastewater on microbial communities. His current research concentrates on the effect of forest management practices on soil biophysical properties, microbial communities and processes that control soil and forest productivity. He considers himself fortunate to have worked in both indigenous and exotic forests of New Zealand. He has led the Government funded national programme on Sustainable Forest Management which provides core capability to support the sustainable management of New Zealand planted forests since 2005. Until very recently, he was the coordinator of the International Union of Forest Research Organisations’ working group on Forest Soils. As the Programme Manager of the New Zealand Forest Site Management Cooperative from 2004 until the formation of FFR Ltd in 2008 he has been exposed to a wide variety of environmental issues and research concerns facing the forestry and rural land use sectors. He was awarded an OECD fellowship in 2002 to study sustainable forest management issues in Europe. He was the national team leader for the IEA Bioenergy task for 4 years until 2003. He gained his PhD from the University of Canterbury and has published over 90 refereed papers. He now leads the Forest System team at Scion and is responsible for the MBIE/levy trust funded research programme – Growing Confidence in Forestry future. This is one of the largest Government funded research programmes in New Zealand.

報告題目二：Ecological and environmental impacts of long-term biosolids application in a pine forest in New Zealand

報告人：Dr Jianming Xue

Senior Scientist, Forest Systems, Scion (New Zealand Forest Research Institute)

時間：2016年11月3日（星期四）上午10:15

地點：碳匯樓314

報告人簡介：

Dr Xue is the Soil Group leader at the Centre for Integrated Biowaste Research in New Zealand. His research interests are in soil fertility and ecology, plant nutrition, and forest ecophysiology, with expertise in integrated soil fertility and nutrient management, genetic and environmental control of resource use efficiency, the fate and transport of nutrients and contaminants in ecosystems, and reuse and land application of biowastes. His early research was on physiology and biochemistry of plant nutrient uptake and utilisation and the regulations of photosynthesis and productivity of agricultural crops; the interactions of plant nutrition with disease resistance and the selection of crops with improved water/nutrient efficiency; development and application technology of environmentally sound fertilisers; land treatment of waste water. His current research includes genotypic variation in nutrient/water use efficiency of tree crop species and its relation to tree growth and wood quality; genetic and physiological controls of nutrient/water use efficiency in tree species; fertiliser responses of tree crop species under different silvicultural regimes and site conditions; plant-microbe interactions in rhizosphere and nutrient bioavailability in relation to tree species and soil types; manipulating plant and soil interactions (e.g. plant-microbe synergies) to improve the beneficial use of biowastes and reduce their environmental and ecological footprints. His current research has strong focus on biowastes reuse for improving soil quality and forest productivity by developing sustainable land application of biosolids, and the long-term site productivity and sustainability of plantation forests by selecting appropriate genotypes to match site resources and by developing a site-specific fertiliser decision making support system. He gained his PhD from the University of Canterbury, and has published over 70 refereed papers and 50 technical and client reports and edited 4 books/book chapters.

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