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German Taxonomic Facility (DE-TAF)
PLEASE NOTE THAT DE TAF HAS EXCEEDED ITS ALLOCATION OF USERS
FROM SYNTHESYS PARTNER INSTITUTIONS. IF YOU ARE BASED IN A SYNTHESYS
PARTNER INSTITUTION*, PLEASE DO NOT APPLY TO DE TAF.
*See SYNTHESYS Access homepage for list of SYNTHESYS Partner institutions
DE-TAF consists of two complementary institutions housed
in two different universities. These are:
DE-TAF Partner Institutions
The Museum für Naturkunde (MfN) and the Botanischer Garten
und Botanisches Museum (BGBM) are the two principal institutions
of their kind in Germany. The extensive plant collections of the
BGBM, among the most important in the world, are perfectly
complemented by the vast zoological, palaeontological and mineralogical
collections of the MfN, and both institutions house analytical
facilities, libraries, galleries, staff and computer networks that
are involved in a broad spectrum of research spanning the breadth
of biosystematics and also involving geoscience.
Representing more than 500 years of collecting
effort, DE-TAF has several unique strengths including, unrivalled
collections of plant, animal and fossil material from central Europe,
plant remains from ancient Egypt and fish, insect, fossil plant
and meteorite collections that are not found in museums anywhere
else in Europe.
The MfN, founded in 1770, was Germany's
principal institution for housing, maintaining and studying natural
history collections during the nineteenth century, when the government
funded large interational expeditions that yielded spectacular numbers
of new species from all over the world, hence the enormous number
of type specimens (ca. 250,000). With relatively few losses during
WWII, today the MfN is the largest animal (fossil and Recent)
reference centre in Germany, with particular strengths in fossil
vertebrates and Recent marine invertebrates, insects, birds, and
fish. The MfN also houses one of the largest fossil plant
collections in Europe and has an important seed collection. Following
German reunification, access to the MfN has become much easier
and it is rapidly regaining its former position as Germany's leading
natural history museum.
The BGBM comprises one of the oldest
botanic gardens and herbaria in Germany and the only purely botanical
museum in Europe. It has a staff of 160 and is the major depository
for botanical materials (both living and preserved) and botanical
literature in Germany, and one of the major European botanical centres.
The collections are universal, covering all major regions and groups,
and represent the cumulative effort of 303 years of collecting (oldest
specimen from 1700) and 469 years of publishing (oldest item from
1534).
The institutions are located in the suburban south-west (BGBM)
and north-central Berlin (MfN) and are directly connected
by a frequent underground rail service. Berlin has an inexpensive
and highly efficient public transport system and is easily accessible
from elsewhere in Europe.
Collections
& Expertise
The collections
of DE-TAF, all accessible to Users, are quantitatively and qualitatively
among the five most important natural history collections worldwide.The
collections comprise more than 30 million specimens of plants, animals,
fossils and minerals, including a vast collection of living and
more than 350,000 types.
DE-TAF
collections
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total number of specimens
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primary types
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BGBM
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3.5 million
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100,000
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MfN
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25 million
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250,000
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The
collections are extensively curated and documented, specimens can
be easily located and examined and an increasing part of the BGBM
collections is digitised. Digitisation of MfN collections
is well underway by staff members, reinforced through ten different
projects within the GBIF initiative funded by the German Ministry
of Research and Education.
The
scientists working at DE-TAF represent a wide range of fields and
form one of Europe's most important concentrations of expert knowledge
in biosystematics. Many staff are among the leading international
authorities in their field or represent unique expertise in Europe.
Staff scientists are supported by a range of technicians with specialist
knowledge of the collections, preparation and restoration skills,
and training in imaging and IT. In most cases staff scientists are
directly responsible for (and closely located to) a part of the
collections that, simultaneously, forms a core element of their
research programmes. Collectively, the scientific staff and technicians
of DE-TAF provide an expertise base that can train Users in specimen
recognition, taxonomy, systematics and the use of technical facilities.
The huge libraries and archives of DE-TAF collectively contain
more than one million volumes, thousands of rare works and some
5,000 periodicals. Their comprehensive coverage, especially with
regard to literature from eastern Europe, Russia and the CIS, represents
a unique resource within the central European area. The BGBM
is a founding member of the EBHL (European Botanical and Horticultural
Libraries Group) and also comprises the only special library for
biology in Berlin that receives funding from the DFG. The DE-TAF
libraries are complemented by the Staatsbibliothek zu Berlin, which
holds a vast amount of scientific literature published across all
fields and fully searchable on the Internet. This resource has worldwide
coverage and spans several centuries. The Staatsbibliothek is conveniently
sited on the underground line linking the two components of DE-TAF.
Supporting Analytical Facilities
Apart from standard laboratory tools, important research equipment
including facilities for DNA extraction and analysis, and microprobe
facilities are available in both institutions. Equipment at the
MfN, housed in new state-of-the-art laboratories completed
in the late 1990s and forming a unique array within a central European
natural history museum, includes instruments for conducting X-ray
fluorescence, X-ray diffraction, molecular sequencing and digital
imaging. The vast conservatories at BGBM, some reserved exclusively
for scientific study, and their living collections constitute a
key asset of outstanding importance with a particularly high percentage
of fully documented material collected in the wild and correlated
with field data and herbarium specimens.
List
of facilities (Excel)
Key
strengths of the DE-TAF collections
| MfN |
| Zoological, palaeontological and mineralogical
collections total more than 25 million items and include ca.
250,000 type specimens |
| The 'Berlin' specimen of Archaeopteryx,
the most complete and best preserved example of the oldest
known (Late Jurassic) bird |
| The second largest fossil fish collection
in the world: major holdings from Devonian of Central Europe
and Baltic (Gross collection) and Upper Jurassic of Germany |
| The Ehrenberg Collection of micro-organisms,
ca. 2,000 species types; one of the oldest collections of
algae and microfossils in the world |
| Diverse and comprehensive fossil plant collections
from central Europe including important holdings from the
Carboniferous and Permian |
| Unique Early Cretaceous gnetalean plants
from South America |
| The world's largest collection of Devonian
invertebrates; particular strengths in ammonoids, trilobites,
gastropods and echinoderms |
| The world's only major collection of Jurassic
Gondwanan dinosaurs, collected in Tanzania. |
| The "Schlotheim-Collection", (1836)
first scientific descriptions of fossil plants in the early
1800s, ca. 1,400 specimens |
| The "Valdivia" (Deutsche Tiefsee)
and "Gauss" (Deutsche Südpolar) Expedition collections
containing type specimens of fish and many groups of marine
invertebrates from the Atlantic, Pacific and Antarctic oceans |
| The Bloch collection is the largest eighteenth-century
fish collection with ca. 250 types |
| The Peters collection (1850) consisting of
ca. 500 type specimens of African fish, amphibians, reptiles,
birds and mammals |
| Important early bird collections including
those of Pallas (1772) from Siberia, Deppe (1824-1830) from
Mexico, Sellow (1814) from Brazil and Eversmann (1822) from
the Urals |
| Collections of ants (Stitz) and bees (Friese)
containing >7,000 types spread worldwide |
| The Erichson Coleoptera collection with 1,600
types of European species |
| Australasian birds, Indonesian fresh-water
molluscs, European fresh-water sponges |
| Diverse central European collection of Recent
and fossil seeds |
| Mineral type specimens of Klaproth and Rose |
| The Chladni collection (1825), one of the
oldest and most famous meteorite collections |
| A mineral and gem collection from Tsar Alexander
I. |
| BGBM |
| Herbarium material: total 3.5 million specimens,
including ca. 100,000 type specimens |
| Herbarium Willdenow (international historical
herbarium, including specimens collected by Humboldt &
Bonpland, the Forsters, Pallas) |
| Herbarium Bornmüller (Balkans, Near East) |
| Extensive collection of wood and wet collections
(worldwide, in particular tropical Africa and Malaysia) |
| Schweinfurth collection (plant material from
ancient Egypt, including the flower garlands of Ramses II,
recently C14 dated) |
| Meiji Xylotheque of Chikusai Kato |
| Extensive collection of gymnosperm cones
and galls |
| Ferns, mosses and plants from the Mediterranean
and the Near East |
| Living collections: total c. 22,000 species,
ca. 60,000 documented accessions |
| Particular
strength: bromeliads, cacti, begonias; plants from Greece, Turkey,
Yemen |
| Biodiversity Informatics, in particular networking
of collections and concept-based taxonomic computing |
Summary
of unique/rare expertise represented by DE-TAF staff
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MfN
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Zoology:
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Fresh-water gastropods
and bivalves, Kinorhyncha and recent Brachiopoda
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Staphylinid &
carabid beetles, caddis flies, tachinid flies, Hawaiian cave
bugs (Auchenorrhyncha), African and Palaearctic Hemiptera,
sawflies and sphecid wasps
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Amphipods and arachnids,
arachnid higher systematics
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Sarcopterygiid
& Actynopterygiid fish, fish ontogeny, Australasian frogs,
European waterfrogs, Passeriform birds and mammalian embryology
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Palaeontology:
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Palaeozoic and
Mesozoic palaeobotany, Mesozoic and Tertiary palynology, Tertiary
and Quaternary carpology and palaeoecology, fossil and extant
Radiolaria
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Palaeozoic and
Mesozoic ammonoids, trilobites, Jurassic bivalves, Devonian
and Cenozoic corals and Cretaceous echinoderms
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Fossil fish (Devonian
and Mesozoic), Mesozoic marine reptiles, pterosaurs and dinosaurs,
Mesozoic mammals and fossil whales
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Mineralogy:
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Meteorites (Martian
and carbonaceous), shock metamorphism and impact cratering
processes
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BGBM :
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Cactaceae, Celastraceae,
Cistaceae, Compositae, Dipsacaceae, Hippocrateaceae, Rutaceae,
Scrophulariaceae and Zygophyllaceae
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Diatoms and tropical
lichens
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Basidiomycetes,
Discomycetes
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The flora of the
following regions: Mediterranean Area (in particular Greece,
Morocco, Turkey), Yemen and Socotra, Cuba, El Salvador and
the Guianas
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The history of
botany, botanical illustration and botanical bibliographies
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