The Amazon Tree Diversity Network is an electronic network of 143 botanists, ecologists and taxonomists that share data and information on tree diversity in the pan-Amazon (Amazonia s.s. and the Guyana Shield). Our drive is to gain a better understanding of the processes that drive (patterns of) alfa- and beta-diversity in the region and, through this knowledge, contribute to better conservation strategies for the region. Currently we work with data from botanical 1-ha plots (and sometimes different sizes), forest inventories, and herbarium collections. In 2003 the work of ATDN resulted the first accurate and robust map of tree alpha-diversity of the Amazon. We unravelled relationships between climate and diversity. The combination of the above results and use of functional groups, successfully tried in some of our Guyana plots, and now also in the Amazon, can perhaps help us to predict the effect of global change in these important and beautiful forests. ... [Information of the supplier]
Die 1987 in München gegründete Gesellschaft für Tropenökologie e.V. hat zum Ziel, die tropenökologische Forschung zu fördern, Forschungsergebnisse zu verbreiten und einen Beitrag zum Schutz tropischer Pflanzen, Tiere und Lebensräume zu leisten. Die GTÖ ist Herausgeberin des halbjährlich erscheinenden Journals Ecotropica und veranstaltet jährlich stattfindende Tagungen zur Tropenökologie. ... [Redaktion vifabio]
Rettet den Regenwald ist eine gemeinnützige Umweltorganisation, die die Lobby - und Informationsarbeit zur Aufklärung über die Abholzung der Regenwälder als einen ihrer Schwerpunkte ansieht. Ihr zweiter Schwerpunkt setzt direkt in den Regenwaldländern an, wo sie den Kauf von Regenwaldflächen, Protestkampagnen der indigenen Bevölkerung und ähnliche Projekte unterstützt. ... [Redaktion vifabio]
Tropical forests harbour thousands of useful plants that are harvested and used in subsistence economies or traded in local, regional or international markets. The effect on the ecosystem is little known, and the forests resilience is badly understood. Palms are the most useful group of plants in tropical American forests and in this project we study the effect of extraction and trade of palms on forest in the western Amazon, the Andes and the Pacific lowlands. We determine the size of the resource by making palm community studies in the different forest formations and determine the number of species and individuals of all palm species. The genetic structure of useful palm species is studied to determine how much harvesting of the species contributes to genetic erosion of its populations, and whether extraction can be made without harm. We determine how much palms are used for subsistence purposes by carrying out quantitative, ethnobotanical research in different forest types and we also study trade patterns for palm products from local markets to markets that involve export to other countries and continents. Palm populations are managed in various ways from sustainable ones to destructive harvesting; we study different ways in which palms are managed and we will propose sustainable methods to local farmers, local governments, NGOs and other interested parties. Finally we study national level mechanism that governs extraction, trade and commercialization of palm products, to identify positive and negative policies in relation to resilience of ecosystems and use this to propose sustainable policies to the governments. ... [Information of the supplier]
The primary aim of the Victorian Rainforest Network (VRN) is to secure the effective conservation of rainforests on public land throughout Victoria by ensuring rainforests are adequately identified and protected from logging practices by appropriate buffers and/or permanent reservation. VRN is an independent and politically unaligned network of rainforest enthusiasts, researchers and activists with a shared interest in rainforest conservation and education across Victoria. VRN is simply asking Government to follow their own rules. ... [Information of the supplier]
Tropical ecosystems are the biologically richest places on the planet, yet what we know about them comes from scientific studies so specialized that the results rarely make the local news. “Most ecological studies last fewer than five years at a single study site, with measurements focused on an area of only ten meters squared,” explains Sandy Andelman, Vice President of Conservation International for the Tropical Ecology Assessment and Monitoring (TEAM) Network. “Ecology needs to scale up to address global climate change and other environmental threats.” Scaling up to global proportions is precisely what TEAM was created to do. This ambitious program is devoted to monitoring long-term trends in biodiversity, land cover change, climate and ecosystem services in tropical forests. Tropical forests received first billing because of their overwhelming significance to the global biosphere (e.g., their disproportionately large role in global carbon and energy cycles) and because of the extraordinary threats they face. About 50 percent of the species described on Earth, and an even larger proportion of species not yet described, occur in tropical forests. The idea behind TEAM is deceptively simple: to measure and compare plants, terrestrial mammals, ground-dwelling birds and climate using a standard methodology in a range of tropical forests, from relatively pristine places to those most affected by people. TEAM currently operates in sixteen tropical forest sites across Africa, Asia and Latin America supporting a network of scientists committed to standardized methods of data collection to quantify how plants and animals respond to pressures such as climate change and human encroachment. ... [Information of the supplier]
The aims of the project are related to the understanding of diversity and ecosystem function and their relationship to human impact in forests and agroforestry systems of the Mata Atlântica in Paraná State, Brazil. General goals in this ecosystem approach are: 1.)to monitor ecosystem functionality and services in terms of biomass deposition and decomposition, nutrient cycling and forest succession including botany and soil microbiology at a functional level (tree growth, microbial biomass and activity),2.)to assess the diversity of soil biota in different habitats, estimate the magnitude of species richness and species loss and changes in community structure caused by anthropogenic alteration of the environment, and 3.)to develop a classification system indicating the quality of secondary forests in the southern Mata Atlântica as habitat for autochthonous (soil invertebrate) species. The investigation is considered a case study for the whole biome. ... [Information of the supplier]
The EuMon project attempts to provide a European framework that standardizes, focuses and coordinates existing monitoring programs by comparing and integrating existing methods and monitoring schemes of species and habitats of community interests. The most successful methods in terms of cost effectiveness, regional robustness will be selected and tested for their European wide applicability. EuMon will pay special attention that existing monitoring programs can incorporate these methods and will give recommendations how new and successful monitoring programs can be established.Special consideration for implementing monitoring programs will be paid by studying the social effects of monitoring regimes, because the relationship between amateurs and professionals are meant to be most important for implementing a successful monitoring regime.The establishing of the NATURA 2000 network is one of the main actions on a European level to halt biodiversity loss. Therefore it is a prerequisite to evaluate its ability to maintain biodiversity. Additionally EuMon will develop methods to name the responsibility of EU Member states for the species and habitats of Community interests living under their protection.A comprehensive database on monitoring schemes and recommended methods will be established and made accessible via an Internet portal. ... [Information of the supplier]
Cyberinfrastructure for Phylogenetic Research (CIPRES) project is an open collaboration funded by the National Science Foundation [USA]. The group is led by Tandy Warnow and involves researchers (biologists, computer scientists, statisticians, and mathematicians) at thirteen institutions. The goal of the CIPRES project is to enable large-scale phylogenetic reconstructions on a scale that will enable analyses of huge datasets containing hundreds of thousands of bio molecular sequences. To achieve this goal we have brought together a group of researchers involved in phylogeny estimation, statistics, and computer science to create new solutions for the difficult computational problems that arise in inferring evolutionary relationships. The project has a 5 year development plan (2003-2008) to create a national computational infrastructure for the international systematic's community. The group is committed to providing open-source software. ... [Information of the supplier, modified]
Created for scientists, by scientists, SciVee moves science beyond the printed word and lecture theater taking advantage of the internet as a communication medium where scientists young and old have a place and a voice. SciVee is operated in partnership with the Public Library of Science (PLoS), the National Science Foundation (NSF) and the San Diego Supercomputer Center (SDSC). Please see our Partners page to learn more about them. SciVee allows scientists to communicate their work as a multimedia presentation incorporated with the content of their published article. Other scientists can freely view uploaded presentations and engage in virtual discussions with the author and other viewers. SciVee also facilitates the creation of communities around specific articles and keywords. Use this medium to meet peers and future collaborators that share your particular research interests. ... [Information of the supplier]
