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11	Untersuchungen zu Spinnengemeinschaften in Kakaoagroforstsystemen in Indonesien: Diversität, Netzdichte und räumlich-zeitlicher Artenaustausch / Spider communities in Indonesian cacao agroforestry: diversity, web density and spatio-temporal turnover Stenchly, Kathrin 23 July 2010 (has links) No description available. 570 Biowissenschaften, Biologie Mathematics and Computer Science Agroforstsysteme Bewirtschaftungsmaßnahmen Indonesien Netzdichte Philidris sp. Schattenbäume Spinnen Theobroma cacao Turnover agroforstry systems Indonesia management strategies Philidris sp. shade trees spiders Theobroma cacao turnover web density 42.69 42.74 48.16
12	Funktionelle Vielfalt von Hymenopteren entlang eines Gradienten agroforstlicher Nutzung in Indonesien / Functional diversity of Hymenoptera along a gradient of agroforestry management in Indonesia Höhn, Patrick 15 November 2007 (has links) No description available. 500 Naturwissenschaften YA 000 Agricultural Sciences Agroforestry systems Hymenoptera land-use intensity pest control predator pollination native bees wasps pumpkin functional diversity species richness species loss Indonesia seasonality tropics local diversity regional diversity complementarity resource use ecology conservation biodiversity habitat loss deforestation trap nests multidimensional scaling additive partitioning shade trees cocoa Theobroma cacao canopy understorey stratification ecosystem service landscape Sulawesi Lore Lindu National Park grassland primary forest Cucurbita moschata antagonists parasitism STORMA population dynamics 48.16
13	TREE MITIGATION STRATEGIES TO REDUCE THE EFFECT OF URBAN HEAT ISLANDS IN CENTER TOWNSHIP, IN Rigg, Michelle C. 11 December 2012 (has links) Indiana University-Purdue University Indianapolis (IUPUI) / The purpose of this study was to identify urban heat island locations within Center Township, Indiana and to develop a model to determine areas of high social vulnerability. In addition, an urban heat island mitigation strategy was developed for socially vulnerable and highest temperature locations. Land surface temperature was estimated using Landsat ETM+ satellite imagery. Social vulnerability was estimated using principal components analysis and spatial analysis methods such as kernel density functions. These methods incorporate various socioeconomic variables, land surface temperature, and tree canopy cover. Tree canopy cover was extracted using Quickbird imagery among other techniques. Areas with high social vulnerability, high temperature and low tree canopy cover were analyzed and plantable spaces were assessed. The findings of this study will be shared with Keep Indianapolis Beautiful, Inc. so that they can inform their tree planting campaigns that seek to reduce the effects of urban heat islands on socially vulnerable populations. Center (Marion County, Ind. : Township) Urban heat island Keep America Beautiful, Inc. Urban renewal -- Indiana -- Indianapolis Forest canopy ecology Urban ecology (Sociology) Shade trees Sustainable architecture Urban forestry Geographic information systems

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