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M.A. TAYLOR 1 and R.D. CLARK 2 Methodology and Repositories
Ichthyosaurs from the Lower Lias (Lower Jurassic) of Banwell, Somerset ICHTHYOSAURS FROM THE LOWER LIAS (LOWER JURASSIC) OF BANWELL, SOMERSET M.A. TAYLOR 1 AND R.D. CLARK 2 Taylor, M.A. and Clark, R.D. 2016. Ichthyosaurs from the Lower Lias (Lower Jurassic) of Banwell, Somerset. Geoscience in South-West England, 14, 59–71. Two Lower Jurassic ichthyosaurs, lost in a 1940s air raid, are identified from archival records and surviving 19th century plaster casts distributed by their owner, the Bristol Institution for the Advancement of Science, Literature and the Arts. One was the type specimen of Ichthyosaurus latimanus Owen, 1840. The other, initially labelled Ichthyosaurus intermedius Conybeare, 1822, was the first ichthyosaur in which remains of the soft tissue of the tail fin were identified, confirming Richard Owen’s earlier prediction. Unfortunately Owen’s published account conflated the two specimens, apparently by the erroneous transposition of a passage of text. Owen possibly regarded the second specimen as the type of I. intermedius. In 1889 Richard Lydekker referred it to Ichthyosaurus conybeari Lydekker, 1888. For unknown reasons, he caused further confusion by suppressing the fact that both ichthyosaur specimens came from Banwell. Banwell is shown to have been a minor but significant source of Lower Lias fossil vertebrates, and also the type locality of the fish Tetragonolepis monilifer Agassiz, 1837, apparently from quarries in the lowermost Jurassic beds at Knightcott. The Bristol Institution assisted Edward Wilson (1808–1888) to obtain at least some of the West Country marine reptiles which his brother Dr Thomas Bellerby Wilson (1807–1865) donated to the Academy of Natural Sciences of Philadelphia, U.S.A. -
Creative Documentary Practice: Internalising the Systems Model Of
Creative Documentary Practice: Internalising the Systems Model of Creativity through documentary video and online practice Susan Kerrigan BArts (Comm Studies) (UoN), Grad Cert Practice Tertiary Teaching (UoN) A creative work thesis submitted in fulfilment of the requirements for the degree of Doctor of Philosophy in Communication & Media Arts University of Newcastle, June 2011 Declarations: Declaration 1: I hereby certify that some elements of the creative work Using Fort Scratchley which has been submitted as part of this creative PhD thesis were created in collaboration with another researcher, Kathy Freeman, who worked on the video documentary as the editor. Kathy was working at the Honours level from 2005 to 2006 and I was her Honours Supervisor. Kathy was researching the creative role of the editor, her Honours research was titled Expanding and Contracting the role of the Editor: Investigating the role of the editor in the collaborative and creative procedure of documentary film production (Freeman, 2007). While Kathy’s work dovetailed closely with my own work there was a clear separation of responsibilities and research imperatives, as each of our research topics was focussed on the creative aspects of our different production crew roles. Declaration 2: I hereby certify that the work embodied in this thesis contains one journal publication and three peer-reviewed published conference papers authored by myself. Kerrigan, S. (2010) Creative Practice Research: Interrogating creativity theories through documentary practice TEXT October 2010. Retrieved 4 November, 2010, Special Issue Number 8, from http://www.textjournal.com.au/speciss/issue8/content.htm Kerrigan, S. (2009) Applying creativity theories to a documentary filmmaker’s practice Aspera 2009 - Beyond the Screen: Retrieved from http://www.aspera.org.au/node/40 Kerrigan, S. -
Messengers from Outer Space
The complete absence of national laboratories for standardizing radiation measurements and the lack of physics departments in most radiotherapy centres in Latin America warrant the setting up of one or more regional dosimetry facilities, the functions of which would be primarily to calibrate dosimeters; to provide local technical assistance by means of trained staff; to check radiation equipment and dosimeters; to arrange a dose-intercomparison service; and to co-operate with local personnel dosimetry services. To be most effective, this activity should be in the charge of local personnel, with some initial assistance in the form of equipment and experts provided by the Agency. Although the recommendations were presented to the IAEA as the or ganization responsible for the setting up of the panel, the participants re commended that the co-operation of the World Health Organization and the Pan-American Health Organization should be invited. It was also suggested that the panel report be circulated to public health authorities in the countries represented. MESSENGERS FROM OUTER SPACE Although no evidence has yet been confirmed of living beings reaching the earth from space, it has been estimated that hundreds of tons of solid matter arrive every day in the form of meteorites or cosmic dust particles. Much is destroyed by heat in the atmosphere but fragments recovered can give valuable information about what has been happening in the universe for billions of years. Some of the results of worldwide research on meteorites were given at a symposium in Vienna during August. During six days of discussions a total of 73 scientific papers was present ed and a special meeting was held for the purpose of improving international co-operation in the research. -
The Water on Mars Vanished. This Might Be Where It Went
The water on Mars vanished. This might be where it went. timesofindia.indiatimes.com/home/science/the-water-on-mars-vanished-this-might-be-where- it-went-/articleshow/81599751.cms NYT News Service | Mar 20, 2021, 10:32 IST Mars was once wet, with an ocean’s worth of water on its surface. Today, most of Mars is as dry as a desert except for ice deposits in its polar regions. Where did the rest of the water go? Some of it disappeared into space. Water molecules, pummeled by particles of solar wind, broke apart into hydrogen and oxygen atoms, and those, especially the lighter hydrogen atoms, sped out of the atmosphere, lost to outer space. A tall outcropping of rock, with layered deposits of sediments in the distance, marking a remnant of an ancient, long-vanished river delta in Jezero Crater, are pictured in this undated image taken by NASA's Mars rover Perseverance. (Reuters) But most of the water, a new study concludes, went down, sucked into the red planet’s rocks. And there it remains, trapped within minerals and salts. Indeed, as much as 99% of the water that once flowed on Mars could still be there, the researchers estimated in a paper published this week in the journal Science. Data from the past two decades of robotic missions to Mars, including NASA ’s Curiosity rover and the Mars Reconnaissance Orbiter, showed a wide distribution of what geologists call hydrated minerals. “It became very, very clear that it was common and not rare to find evidence of water alteration,” said Bethany Ehlmann, a professor of planetary science at the California Institute of Technology and one of the authors of the paper. -
Newcastle Fortresses
NEWCASTLE FORTRESSES Thanks to Margaret (Marg) Gayler for this article. During World War 2, Newcastle and the surrounding coast between Nelson Bay and Swansea was fortified by Defence forces to protect the east coast of New South Wales against the enemy, in case of attack from the Japanese between 1940 and 1943. There were the established Forts along the coastline, including Fort Tomaree, Fort Wallace (Stockton), Fort Scratchley, Nobbys Head (Newcastle East) and Shepherd’s Hill (Bar Beach) and Fort Redhead. The likes of Fort Tomaree (Nelson Bay), Fort Redhead (Dudley) and combined defence force that operated from Mine Camp (Catherine Hill Bay) came online during the Second World War to also protect our coast and industries like BHP from any attempt to bomb the Industries as they along with other smaller industries in the area helped in the war effort by supplying steel, razor wire, pith hats to our armed forces fighting overseas and here in Australia. With Australia at war overseas the Government of the day during the war years decided it was an urgency to fortify our coast line with not only the Army but also with the help of Navy and Air- Force in several places along the coast. So there was established a line of communication up and down the coast using all three defence forces involved. Starting with Fort Tomaree and working the way down to Fort Redhead adding a brief description of Mine Camp and the role of the RAAF, also mentioning where the Anti Aircraft placements were around Newcastle at the time of WW2. -
Mars Mars Is the Fourth Terrestrial Planet. It Is Smaller in Size Than
Mars Mars is the fourth terrestrial planet. It is smaller in size than Earth and Venus, but larger than Mercury. Of the planets, Mars is the most hospitable to visiting humans, as it has an atmosphere, though it has no oxygen and is very thin. In the early days of the solar system, Mars has had liquid water on its surface, which is proved by the existence of various minerals that require liquid water to form. The current atmosphere of Mars is too thin and cold for liquid water to exist for long periods of times. Still, there is evidence of terrain shaped by flowing liquids, which are probably temporary flows or floods caused by the melting of ice in the ground. Mars has seasons like the Earth, and ice caps at the poles that grow and shrink over the course of the year. They consist of water ice and CO2 ice, the latter varying more with the seasons. One year on Mars is a bit less than two Earth years. Mars has two moons, Phobos and Deimos. They are very small compared to Mars, and are likely to be asteroids captured by Mars's gravity in the distant past. Giant planets and their moons The outer four planets of the solar system are known as the giant planets, because of their large size (compared to the terrestrial planets). The giant planets of our solar system can be further divided into two categories: gas giants (Jupiter and Saturn) and ice giants (Uranus and Neptune). The gas giants consist mainly of hydrogen (up to 90%) and helium, while the ice giants are mostly "ices" such as water and ammonia, with only some 20% of hydrogen. -
The Protection of Frequencies for Radio Astronomy 1
JOURNAL OF RESEARCH of the National Bureau of Standards-D. Radio Propagation Vol. 67D, No. 2, March- April 1963 b The Protection of Frequencies for Radio Astronomy 1 R. 1. Smith-Rose President, International Scientific Radio Union (R eceived November 5, 1962) The International T elecommunications Union in its Geneva, 1959 R adio R egulations r recognises the Radio Astronomy Service in t he two following definitions: N o. 74 Radio A st1" onomy: Astronomy based on t he reception of waves of cos mi c origin. No. 75 R adio A st1"onomy Se1"vice: A service involving the use of radio astronomy. This service differs, however, from other r adio services in two important respects. 1. It does not itself originate any radio waves, and therefore causes no interference to any other service. L 2. A large proportion of its activity is conducted by the use of reception techniques which are several orders of magnit ude )]).ore sensitive than those used in other ra dio services. In order to pursue his scientific r esearch successfully, t he radio astronomer seeks pro tection from interference first, in a number of bands of frequencies distributed t hroughout I t he s p ~ct run:; and secondly:. 1~10r e complete and s p ec i~c prote.ction fOl: t he exact frequency bands III whIch natural radIatIOn from, or absorptIOn lD, cosmIc gases IS known or expected to occur. The International R egulations referred to above give an exclusive all ocation to one freq uency band only- the emission line of h ydrogen at 1400 to 1427 Mc/s. -
Pacific National Greta Provisioning Facility Biodiversity Offset Package
Pacific National Greta Provisioning Facility Biodiversity Offset Package January 2013 Contents 1. Executive Summary ................................................................ 1 2. Introduction ............................................................................. 3 2.1 Overview ........................................................................................ 3 2.2 Objectives ...................................................................................... 4 2.3 Relationship with Existing Reports .................................................. 6 2.4 Site Context .................................................................................... 6 2.5 BioBanking ................................................................................... 10 2.6 Glossary of Terms ........................................................................ 11 3. Methodology ......................................................................... 14 3.1 Desktop Assessment .................................................................... 14 3.2 BioBanking Assessment and Credit Calculation ............................ 14 3.3 Potential Offset Property Comparison ........................................... 15 3.4 Site Survey ................................................................................... 16 3.5 Staff Qualifications ........................................................................ 17 4. Existing Environment ............................................................ 21 4.1 Development Area ....................................................................... -
Roads Thematic History
Roads and Maritime Services Roads Thematic History THIS PAGE LEFT INTENTIONALLY BLANK ROADS AND TRAFFIC AUTHORITY HERITAGE AND CONSERVATION REGISTER Thematic History Second Edition, 2006 RTA Heritage and Conservation Register – Thematic History – Second Edition 2006 ____________________________________________________________________________________ ROADS AND TRAFFIC AUTHORITY HERITAGE AND CONSERVATION REGISTER Thematic History Second Edition, 2006 Compiled for the Roads and Traffic Authority as the basis for its Heritage and Conservation (Section 170) Register Terry Kass Historian and Heritage Consultant 32 Jellicoe Street Lidcombe NSW, 2141 (02) 9749 4128 February 2006 ____________________________________________________________________________________ 2 RTA Heritage and Conservation Register – Thematic History – Second Edition 2006 ____________________________________________________________________________________ Cover illustration: Peak hour at Newcastle in 1945. Workers cycling to work join the main Maitland Road at the corner of Ferndale Street. Source: GPO1, ML, 36269 ____________________________________________________________________________________ 3 RTA Heritage and Conservation Register – Thematic History – Second Edition 2006 ____________________________________________________________________________________ Abbreviations DMR Department of Main Roads, 1932-89 DMT Department of Motor Transport, 1952-89 GPO1 Government Printer Photo Collection 1, Mitchell Library MRB Main Roads Board, 1925-32 SRNSW State Records of New South -
The Hon Justice Margaret Beazley AO
The Hon Justice Margaret Beazley AO The honorary degree of Doctor of Laws was conferred upon the Hon Justice Margaret Beazley AO by the Chancellor Her Excellency Professor Marie Bashir AC CVO at the Faculty of Law graduation ceremony held at 9.30am on 23 May 2008. The Chancellor and the Hon Justice Margaret Beazley AO, photo, copyright Memento Photography. Citation Chancellor, I have the honour to present to you Justice Margaret Beazley AO for the conferring of the degree of Doctor of Laws (honoris causa). Justice Beazley graduated with a Bachelor of Laws degree with honours from the University of Sydney in 1974. She was admitted to legal practice and was called to the Bar in 1975, commencing practice as a barrister. She took silk in 1989. In January 1993 Justice Beazley was appointed as a justice of the Federal Court of Australia, and in the following year she was also appointed as a justice of the Industrial Relations Court of Australia. On 28 March 1996, Justice Beazley was sworn in as a Justice of the NSW Court of Appeal - the first woman to have been appointed a judge of this Court. To this day she remains one of Australia’s most senior women judges. In the 2006 Queen’s Birthday Honours List, Justice Beazley was designated an Officer in the Order of Australia for “service to the judiciary and the law, particularly through contributions to professional and ethical standards, to the advancement of women in the legal profession and the community”. Over and above her duties as a judge, in 1994-1995 Justice Beazley was appointed a consultant to the Australian Law Reform Commission’s reference on gender bias in the law. -
Great Lakes Regional
For adjoining map see Cartoscope's TO NOWENDOC 40km TO NOWENDOC TO KNORRIT TO ELLENBOROUGH TO COMBOYNE TO LANSDOWNE TO LANSDOWNE TO PORT For adjoining map see Cartoscope's A B Thunderbolts Way Tourist Map C 60km STATE FOREST 2km D FALLS 32km 31km E 6km 7km MACQUARIE 59 km F Manning Valley Tourist Map r k e e v e NO Crowdy Head i r W LA anning R C EN M DO GHINNI CROWDY BAY 151º30'E 151º30'E 152º00'E 151º40'E 151º50'E 152º00'E 152º10'E 152º20'E 152º30'E C 152º10'E 152º40'E Cre WINES NAT PARK ater ek Gloryvale 16 FLAT Kundle 77km w rs CONEAC River Ck 6 k ucke Reserve RD Kundle c T SCA Jones a BLACK WinghamWingham 12 Island B For detail see Harrington BARRINGTON RD Heritage Walk Ghinni Fees apply ilgry Cartoscope's D TOPS Ghinni 15 Croki River Little 7 Wingham Manning Valley SF 977 Riv Mt George Brush Tourist Map Historic Harrington Inlet TO SCONE SF CONEAC er Bundook steamer F Charity 10 ORE DR 984 SF 951 5 Cundletown port BARRINGTON ST Rookhurst Creek TOPS SCA Mitchells Manning Point TOPS BOWMAN Mondrook S TAREE S Oxley Island 4WD beach access Honeysuckle A P Co Altamira RD Bootawa ba 4 Y N rk r Country RD Dam B O te RD T s Retreat G er Dam It e ARTISANS 9 Island IN Devils Hole Riv c 1 R Bowman Getaway u k TAREE R M WAY e RETREAT A oppy lo K RD e 6 E r 1 B K TOURIST DRIVE G E C 29 E R OLD Polblue Birdsong at E Purfleet Bohnock Cabbage Tree Barrington B&B C R Tinonee Island Kiaora C SF 977 16 Burrell 12 BAR Y Farquhar Inlet 64km Lookout Poley's K ll A Creek Riv Place O rre DR 14 er O u W RD TO SCONE COPELAND TOPS Barrington Reserve B 4WD -
The Bristol Dinosaur Project
Proceedings of the Geologists’ Association 123 (2012) 210–225 Contents lists available at ScienceDirect Proceedings of the Geologists’ Association jo urnal homepage: www.elsevier.com/locate/pgeola Teaching Perspective The Bristol Dinosaur Project Michael J. Benton *, Remmert Schouten, Edward J.A. Drewitt, Pedro Viegas School of Earth Sciences, University of Bristol, Bristol, BS8 1RJ, UK A R T I C L E I N F O A B S T R A C T Article history: Dinosaurs have been fascinating to the widest public since the 1840s, and that interest has grown step- Received 18 April 2011 wise ever since. Public interest has been harnessed over the years especially by museums in blockbuster Received in revised form 8 July 2011 exhibitions, and in the form of best-selling books and films. Here we describe a major educational Accepted 8 July 2011 initiative, the Bristol Dinosaur Project, which has run for ten years and has reached tens of thousands of Available online 5 August 2011 children and adults, supported by substantial funding. The Bristol Dinosaur Project focuses on the fourth dinosaur ever named in the world, Thecodontosaurus, discovered in Bristol in 1834, and named in 1836. Keywords: The dinosaur is not in itself spectacular, being only 1–2 m long, but its evolutionary role as one of the first Dinosaurs plant-eating dinosaurs in the world justifies our current research, and provides a strong theme for the Education Engagement public presentation. Further, the fact that the dinosaur is found as disarticulated bones in ancient tropical Outreach cave systems, allows us to develop numerous key themes with all age groups: the geological time scale, Geosciences education continental drift, reconstruction of ancient environments, modern landscape analogues, the rock cycle, evolution, biomechanics, and critical assessment of geological and palaeontological evidence.