About American Museum Of Natural History
Natural History: The museum chronicles the history of the United States from colonial times to the present, focusing on scientific, cultural, social, technical, and political developments. There are more over three million historical artefacts and papers on display at the American History Museum, including the well-known Star-Spangled Banner.
The Natural History Museum Of The United States
American Museum Of Natural History: The American Natural history Museum (often abbreviated as AMNH) is a world-renowned museum on New York City’s Upper West Side. The complex has 27 linked buildings hosting 45 permanent exhibition spaces, as well as a planetarium and a library, situated from across street from Central Park. Although only a tiny portion may be shown at a time in the museum’s 1,600,000 square foot space, its collections comprise approximately 32 billion items, including plants and people as well as animals, minerals, fossils, rocks, meteorites, & human cultural artefacts (150,000 m2). About 5 million people visit the Museum yearly, which has a research staff of 225 and conducts approximately 120 unique field trips each year.
A leading research institution, the Museum houses more than 200 scientists from a variety of fields, including anthropology, biology, astrophysics, Earth & planetary sciences, and palaeontology, as well as one of the world’s most extraordinary collection of specimens and artefacts. There are just a few of museums in the United States that give doctoral degrees, and Richard Gilder is one of them.
American Museum Of Natural History Employs How Many Scientists?
American Museum Of Natural History: World Class Research Programs
For more than 130 years, American Museum of Natural History has always been at the forefront of scientific inquiry, discovery, and theory. Since its inception, the AMNH has accumulated more than 32 million items from across the world. This collection has served as a catalyst for groundbreaking research & publications that have changed the way we think about cultures, creatures, as well as the evolution of life.
Today, American Museum of Natural History’s science is thriving and expanding on these prior achievements. One hundred and forty tenure-track curators/faculty are involved in scientific research and instruction, laboratory work, or collection administration. There is no other non-affiliated museum with such a comprehensive and diverse doctorate training programme as the one given by the museum. Every year, more than 120 trips and field initiatives are undertaken to enrich the collection and research resources.
The Museum, despite these accomplishments, continues to keep an eye on its usefulness as research progresses. To increase the quality & competitiveness of the scientific research, to generate new transdisciplinary undertakings, and to improve database management, access, and maintenance of scientific collections & library holdings, the Museum developed numerous new research programmes in the late 1990s.
American Museum Of Natural History: A Human Face Is Painted On This Ceremonial Mask.
Division of Anthropology carries on the work of Franz Boas & Margaret Mead by studying human culture and biology. Ethnological research is conducted by members of a Division all over the world on a variety of issues, including combat and the history of the state. Native American peoples’ archaeology, as well as ethnology and physical anthropology of peoples from all over the world, are the focus of a number of projects.
All research with non-vertebrate animals just at American Museum of Natural History may be found at American Museum of Natural History’s Division of Invertebrate Zoology. Studies on the taxonomy of parasitic bees, rove beetles, scorpions, spiders, and spider-spiders are currently being conducted, as are investigations into the earliest known true flies from the Triassic period as well as the creation of new techniques and approaches for the use of phylogenetic analysis in conjunction with geographic modelling to better understand pathogenicity and predict it. Research in DNA sequencing & sequence analysis led to the establishment of the Institute of Comparative Genomics, which is housed under the Division of Genetics.
There are many different kinds of extinct vertebrates and invertebrates that are being studied by the Division of Paleontology. A wide range of topics are covered by the Division’s research programmes, which include the study of trilobites, ammonite shark, turtles, and dinosaurs; with use of fossil mammal faunas to study global climate change patterns; the study of the early ontogeny development of ammonoids as well as nautiloids; the study of the phylogenetic of these groups; as well as the study of the evolution of mammals and archosaurians.
American Museum Of Natural History: Physical Sciences
Astrophysics and Earth & Planetary Sciences are part of the Division for Physical Sciences. The creation and development of planets, stars, and galaxies are the focus of Astrophysics research at the Museum. Accurate imaging of extrasolar planets is one of the main goals of this initiative. The Hubble Space Telescope and other ground- and space-based observatories will be used in conjunction with AMNH’s Parallel Computing Facility and other national supercomputer facilities. , gems, Research in Earth & Space Science investigates the mineral or chemical origins of solar systems, seismic and volcanic behaviour of Earth,formation of minerals, rocks, gems, or mineral deposits, and the role and behaviour of volatile elements (carbon, fluorine, chlorine, sulphur, and water) during seismicity as well as volcanism and even in formation of rocks, minerals & ores.
American Museum Of Natural History: Conservation of fish in Madagascar, Vietnam and Brazil; the phylogenetics and biogeography of reptiles & amphibians of Madagascar; lizard phylogenetics; and mammal inventory levels in French Guiana and Peru are all currently being studied by the Vertebrate Zoology Division, which contains scientists from departments of Herpetology, Mammalogy, Ichthyology, and Ornithology.
Center For Comparative Genomics At Sackler University
One of the world’s leading non-human comparative genomics research centres, the Sackler Institute of Comparative Genomics was founded in 2001. Accordingly, the Institute supports groundbreaking research into gene variation to better understand the human genome and the larger evolutionary tree, as well as to advance comparative genomics in biodiversity & conservation and to export new approaches to human health and infectious diseases. This research is a key component to the Institute’s mission. More than 70 researchers are already working on this project, which makes use of cutting-edge molecular labs, extensive bioinformatics resources, and a frozen tissue bank. As a result, the Museum is well-positioned to contribute to genomics research, especially in microbial science, via collaborations with other major scientific organisations.
The Biodiversity And Conservation Research Center
American Museum Of Natural History: The Center for Biodiversity and Conservation (CBC), which was established in 1993, brings together AMNH scientists, library resources, technology, and external partners to address the regional, national, and global biodiversity crises. The center’s mission is to communicate and incorporate scientific information into conservation and resource management practises. Developing nations’ professional and graduate student training is supported, as well as outreach projects in United States and overseas. Biodiversity conservation is the CBC’s primary emphasis, with initiatives now underway in the United States, The Bahamas, Bolivia, Madagascar, and southern Africa; Vietnam; and the United Kingdom.