The atlas of Florida vascular plants is a joint effort by the Institute for Systematic Botany, the University of South Florida and the Florida Center for Community Design and Research to provide users with a comprehensive searchable database of vascular plants in the State of Florida. Records are based on collections in the four major Florida institutional herbaria having the largest holdings of Florida plants: University of Florida (FLAS), Florida State University (FSU), Fairchild Tropical Gardens (FTG), and University of South Florida (USF). ... [Information of the supplier]
Anthos is a program that was developed in order to show assorted information about the plant life of Spain on the Internet. The overall geographical environment chosen for the project is a view of the Iberian Peninsula and the Macaronesian islands (Canaries, Madeira and the Azores) as a representation of each of the biogeographical units to be found in Spain, so that the distribution of a taxon may be studied throughout the entire national territory and surrounding area, fully integrating the taxon in its geographical component. ... [Information of the supplier, modified]
During the first thirty years of Atlas Florae Europaeae (AFE), the basic technology for the collection of distribution data and publication of distribution maps has remained practically unchanged. Manual map production as such is rather tedious. Furthermore, distribution data available only on printed maps are not suitable for further (computerized) analyses. The construction of the Atlas Florae Europaeae database was started in 1992. The primary goal was to make the distribution data available in digital format, and the additional goal was the computerization of the editorial process of AFE. The printed AFE distribution maps were processed this way: - the maps were scanned at 300 dpi resolution / - locations of the grid cells (4419) were calculated on the scanned bitmap images / - arrays of black pixels were searched from the bitmaps using custom software / - the map originals and and their interpretation were compared using custom software. So far all printed AFE volumes (1 to 12) have been processed this way. ... [Information of the supplier]
‘Botany in Pictures’ has set itself the aim of documenting the entire flora of Austria and the adjoining regions in pictures. In the meantime, our digital picture archive has grown to more than 30000 photos whereby we have been able to enlarge our own picture holding with numerous entries from other photo-botanists who have generously made their photos available to us. Thus, we can quickly expand ‘Botany in Pictures’ and continually show new pictures on the internet. Up to now, 1800 species have been documented in ‘Botany in Pictures’, with more than 2700 pictures. Many other pictures can be made available by request. ... [Information of the supplier, translated]
In the literature database of the Botanical Institute of the University of Innsbruck, articles from current journals and the new books and separata of the institute are registered. Up to the spring of 2006 ca. 50000 citations were already recorded; the database will be continuously expanded. One focal point is formed by geobotanical, bryological, and palaeobotanical journals; Vegetatio, Nova Hedwigia and several palaeobotanical journals for example, are complete from Volume 1 (as long as they are in the library’s holdings). The geographical emphasis is on Tyrol / Austria, thought the database is not restricted to this area. ... [Editorial staff vifabio]
The Ecological Database of the British Isles has been constructed from a wide variety of sources by Dr Helen Peat and Professor Alastair Fitter at the University of York, with financial support from the British Ecological Society and the Natural Environment Research Council. It consists of data on over 1770 species of higher plants that occur in the British Isles, together with the bibliography of sources. This version has been realised by Dr Henry Ford. The data comprises information on taxonomy (family, genus, specific name, authority, and vernacular name, together with a synonomy), a suite of over 130 ecological and morphological characteristics, vice-county distribution in Britain, European distribution by country, mycorrhizal associations and fungal diseases. The data are obtained from the literature and therefore coverage varies greatly between species. Some data sets are incomplete at this stage. ... [Information of the supplier]
Euro+Med PlantBase ("the information resource for euro-mediterranean plant diversity") provides an on-line database and information system for the vascular plants of Europe and the Mediterranean region, against an up-to-date and critically evaluated consensus taxonomic core of the species concerned. After several years of planning, the project is now firmly underway. The first stage of the project (referred to as Phase One) has been financed for three years by the European Union under Framework V. This database is constantly expanded and improved. Already in 2009, EuroMed provides three of the largest families: Compositae (Asteraceae, sunflower family) Poaceae (Gramineae, grass family) Rosaceae (rose family); and the following smaller families: Alismataceae, Aponogetonaceae, Basellaceae, Butomaceae, Cabombaceae, Chenopodiaceae (only tribus Salicornieae), Corylaceae, Elatinaceae, Geraniaceae, Haloragaceae, Hippuridacae, Hydrocharitaceae Juncaginaceae Lemnaceae Lilaeaceae Myricaceae Najadaceae, Nelumbonaceae, Nymphaeaceae, Posidoniaceae, Potamogetonaceae, Proteaceae, Ruppiaceae, Scheuchzeriaceae, Sparganiaceae, Tetragoniaceae, Zannichelliaceae, Zosteraceae, Zygophyllaceae. Common names were not yet available in all languages. By April 2015 Euro+Med Plantbase provided access to 190 plant families, corresponding to ca. 95 % of the European flora of vascular plants. ... [Information of the supplier, modified]
Flora Europaea Data Base contains data on the nomenclature of the vascular plants of Europe. The data provided here have been extracted from the digital version of the Flora Europaea, the full version of which is held in the PANDORA taxonomic data base system at the Royal Botanic Garden Edinburgh. [Information of the supplier, modified]
FLORHIMAL is a database concerning the flora of the Himalayas. It was first started in the 70s with the higher plants of Nepal and then extended in the 80s to the whole chain, from Eastern Afghanistan to Northern Myanmar, covering 2 000 000 km2. Untill the year 2000, it was only locally accessible at University of Grenoble (France). Since 2002, it is online on the web site of the Altitude Ecosystems Dynamic Laboratory (LDEA) of the University of Savoie (France) as Flora Himalaya Database. The database contents the names of more than 12 500 flowering plants from the Himalayas (species, subspecies, variety) with data on: authors's names; himalayan distribution among 15 biogeographical domaines; vertical distribution along 6 levels and 11 sublevels of vegetation; biogepgraphical origin; and, only for species growing in Nepal, habitats." ... [Information of the supplier]
With an area almost exactly that of the continental United States, China has nearly twice as many plant species, about 30,000 or one-eighth of the world's total. This number includes about 8,000 species of medicinal and economically important plants and about 7,500 species of trees and shrubs. The Flora of China will describe and otherwise document these species. The Flora of China is a new work, being an English-language revision of the Flora Republicae Popularis Sinicae (FRPS), with taxonomy reflecting the current understanding of each group. All the vascular plants of China will be covered, including brief descriptions, identification keys, essential synonymy, phenology, provincial distribution in China, brief statements on extra-Chinese distribution, and remarks regarding the circumscription of problematic taxa. ... [Information of the supplier, modified]
