mail_outline sales@mediastorehouse.com
Steamer Hans Egede at Uummannaq, GreenlandThe Steamer Hans Egede at Uummannaq - Qsuitsup, Greenland Date: circa 1910s
Hunting H126 jet flap research aircraft, XN714
Vickers VA-1 research hovercraft, G-15-252, at Vickers-Armstrongs South Marston Works, Swindon
Martin P5M-1 Marlin modified to become the M-270 research aircraft flying over Chesapeake Bay in 1952. The lower part of the hull and nose were removed
Leduc O-10 ramjet research aircraft on a Sud-Est SE161 Languedoc carrier aircraft
Weapons Research Est Aeolus upper atmosphere researchWeapons Research Establishment Aeolus upper atmosphere research rocket
Vickers Type 621 Viking C2 VL229 in use for de-icingVickers Type 621 Viking C2, VL229, in use for de-icing research
English Electric Canberra PR3 of the RAE meteorological research flight was used for high-level research, including dust sampling, between 1964 and 1981. Date: 1964
Fairey VTO delta-winged research missile under test at Woomera shortly after launch
Research model of a guided missileConstructed for research in the worlds largest supersonic wind tunnel at NACAs Lewis Flight Propulsion Laboratory, this research model of a guided missile incorporates a ramjet engine buried in
The Martin Viking first US-designed high-altitude research rThe first US-designed high-altitude research rocket, the Martin Viking is launched, 3 May 1949, at the White Sands Proving Grounds, Las Cruces, New Mexico. Date: 1949
The USS Norton Sound - guided missile research shipThe USS Norton Sound, the US Navys guided missile research ship, from which a Martin Viking rocket was launched on 12 May 1950 to establish a new record for US-built
Hawker P1040 VP401 research aircraftHawker P1040, VP401, research aircraft which led to the Sea Hawk naval fighter
The Short SC 1 V. T. O. L. research aircraftThe Short SC 1 V.T.O.L. research aircraft making a transition from hovering to forward flight
Leyland research vehicle showing roof mounted cooling system, c.1979 Date: circa 1979
General Herbarium, Darwin CentreA photograph of the General Herbarium in the Darwin Centre, showing examples of specimens from the collection. Photographed by Kevin Webb, May 2011
Drawer of botanical specimens from the Sir Hans Sloane collection. Held in the botany department at the Natural History Museum, London
Arapaimo gigas, giant arapaimoSpecimen of the giant arapaimo (Arapaimo gigas), the worlds largest fresh water fish growing up to 5m long. Found in Brazil, Guyana and Peru
Title page of Darwins ResearchesResearches in Geology and Natural History (1839) by Charles Darwin (1809-1882) open at its title page
Scientists in Sri LankaScientist searching for apple snails in a drain at Kabugannawa, Sri Lanka. Scientists on a trip that was part of a programme funded by the Darwin Initiative
Volunteer working at the Natural History Museum, LondonVolunteer using microscope to examine zoological specimen
Kim Goodger with butterfly specimenKim Goodger a curator at The Natural History Museum, London. The specimen featured is a Papilio sp
Scientist working with parasitic wormsMuseum scientist working with parasitic worms in a zoology laboratory
Collecting insectsA trap of funnels set out in the forest to collect insects as they fall from the trees after fogging
Taxonomic research in the fish sectionResearch on the fish collections at the Natural History Museum, London
Tommaso Salvadori (1835-1923)Count Adelaro Tommaso Salvadori Paleotti was one of ten eminent ornithologists who assisted Richard Bowdler Sharpe, Head of the Bird Section. Image shows Tommaso working on flamingoes, c. 1890
Entomology DepartmentEntomology department at the Natural History Museum, London. The museum was designed by Alfred Waterhouse (1830-1905) and first opened its doors on Easter Monday 1881
Scientist in Sri LankaFred Naggs searching for land snails in low vegetation in an area of montane rainforest close to Nuwara Eliya, Sri Lanka. The trip to Sri Lanka was part of a programme funded by the Darwin Initiative
Max Barclay with beetle specimen
Microbiology laboratory in the Darwin CentreScientists working in the microbiology laboratory in the Darwin Centre, at the Natural History Museum, London
Chart of oceanic section, Tenerife to SombreroA photograph taken during the voyage of H.M.S. Challenger (1872-1876) funded by the British Government for scientific purposes
Chart of oceanic section, Bermuda to AzoresA photograph taken during the voyage of H.M.S. Challenger (1872-1876) funded by the British Government for scientific purposes
Apparatus from laboratory on board H. M. S. ChallengerDrawing made during the voyage of H.M.S. Challenger (1872-1876) funded by the British Government for scientific purposes
Chart of oceanic section, to St. Pauls Rocks
Chart of oceanic section, Tristan D Acunha to Cape of Good HA photograph taken during the voyage of H.M.S. Challenger (1872-1876) funded by the British Government for scientific purposes
Mic-Mac Indian hut, Halifax (1873)The voyage of H.M.S. Challenger (1872-1876) was funded by the British Government for scientific purposes and seems to have been the first expedition to carry an official photographer as well as an
Four species of Galapagos finchWith different beaks. From Charles Darwins Journal of Researches
Bird skinsSpecimens from the Natural History Museum at Tring, part of the Natural History Museum, London
Collecting moths at lightDr Gaden Robinson collecting moths at light, Rampayoh R. valley, Brunei
Analysing room on board H. M. S. ChallengerThe Voyage of H.M.S. Challenger (1872-1876) was funded by the British Government for the purpose of scientific discovery
Palaeontologist at workA palaeontologist unearths a fossil specimen using a geologists hammer
Scientist working in Entomology DepartmentEntomologist working with arachnid collection at the Natural History Museum, London
Antarctic Discovery CollectionsSpecimens preserved in toxic formalin carry clear hazard labels to alert researchers. This batch forms a very small part of the extensive Antartic Discovery Collections
Scientist at work at The Natural History Museum, LondonAccurate identification of copepod crustaceans is a time consuming task for specialists, requiring meticulous sorting, dissection, and the use of high resolution microscopy