SubcommitteesAwards
The Convenor of the Awards
Subcommittee is the GSNZ Vice-President.
Fossil Record File
Hamish Campbell, Institute of
Geological & Nuclear Science, P.O. Box 30-368, Lower
Hutt The subcommittee consists of Hamish Campbell (Convenor), Greg Browne, Penny Cooke, Mike Johnston, Jack Grant-Mackie, Julie Palmer, Ian Raine and Arne Pallentin (who is Convenor of the GIS-Databases-Remote Sensing Special Interest Group). Fossil Record File curators are Stephen Eagar (Victoria University), Ewan Fordyce (Otago University), Neville Hudson (Auckland University), Belinda Smith Lyttle (GNS, Dunedin), John Simes (GNS, Lower Hutt) and Jane Guise (Canterbury University). What is the Fossil
Record File? The New Zealand Fossil Record File is the envy of most other earth science communities globally. There is nothing quite like it anywhere else. Currently there are more than 86,000 fossil localities on record, and it grows daily. So far, about 65% of the paper files have been entered in FRED and the aim is to have all paper files entered. Paper files were initiated in 1946 and the electronic database in 1970. What is the function of
the FRF Subcommittee? Meeting and
reporting See the FRED and STRATLEX links on the databases page.
Publications
Ursula Cochran, GNS, PO Box 30368,
Lower Hutt The Geological Society of New Zealand publishes a series of guidebooks to features of geological interest as well as a series of miscellaneous publications (including conference proceedings, geological tour guides, and inventories of geological features) and, more recently, biographies. In 1995 an agreement was made between the Geological Society of New Zealand and the Institute of Geological and Nuclear Sciences for the marketing and sales of Society publications. "Geyserland" clearly tops the GSNZ publications list. However, it appears that the Japanese aren't that interested in the home language version. Current projects include bibliographies of Alexander McKay, Harold Wellman.
Geological Reserves
Bruce Hayward, Geomarine Research,
49 Swainston Rd, St. Johns, Auckland The Geological Reserves Subcommittee is concerned with the identification and protection of the best representative geological features and landforms of New Zealand. During the 1980s and 1990s, the subcommittee oversaw the completion of a national Geopreservation Inventory, which identified, listed, graded and documented c. 2500 different geological features under different subject categories and subsequently according to geographic region. Hard copies of the these inventories by subject area and by region are available for purchase from Bruce Hayward. It should be noted that the Inventory is not a static listing and is continually be upgraded and reassessed as new information comes to hand. The Dept of Conservation maintains an up to date computerised copy of the Geopreservation Inventory for its information purposes. The Subcommittee maintains a watching brief on the welfare of important geological sites and landforms right around the country and periodically makes submissions on Regional and District Plans and RMA permit requests to undertake works that may be detrimental to our Earth Science Heritage. In the last few years the
Subcommittee has been involved with the following sites: The Subcommittee currently
(2005) consists of: |
Special Interest GroupsFriends of the Pleistocene
Peter Almond, Lincoln University. Friends of the Pleistocene are a multidisciplinary group with a common interest in the Pleistocene. The main activity is semi-annual fieldtrips. Recent fieldtrips have been run in conjunction with INTIMATE project meetings. In protest to the IGC proposal to delete the Quaternary System from the Global Time Scale, Friends of the Pleistocene was informally re-named "Friends of the Quaternary" in 2004. The 2005 Friends of the Quaternary fieldtrip is being held in Hawkes Bay 1-3 July. The multidisciplinary trip will visit sites of recent work in paleoseismology (Ahuriri Lagoon, Patoka Fault), sequence stratigraphy (Devils Elbow, Puketitiri), Holocene flora and fauna (Puketitiri), and landscape evolution (Lake Tutira, Mohaka River mouth). Contact Peter Almond for details.
Geological Education
Jenny Pollock, Nelson Girls College, Nelson.
Download Glen Vallender's presentation at SCICON 2004 as a 195kb Powerpoint ppt file Historical Studies Group
The Historical Studies Group has its own webpage
Paleontology
Hamish Campbell, Institute of
Geological & Nuclear Science, P.O. Box 30-368, Lower
Hutt New Zealand is particularly well-endowed with fossiliferous marine sequences of Cambrian to Recent age, and especially so for the Cenozoic and Pleistocene. Our oldest rocks and fossils are Early Cambrian. The terrestrial fossil record is limited but floras and palynofloras of Permian to Recent age are well documented and a single dinosaur locality of late Maastrichtian age is known. Current themes of research and major interest in paleontology in New Zealand include the following: functional morphology, taxonomy, biostratigraphy, evolution, paleoecology, and biogeography of: plant fossils, meiospores, dinoflagellates, nannofossils, radiolaria, foraminifera, graptolites, trilobites, brachiopods, bryozoans, molluscs, crinoids, echinoderms, ostracods, barnacles, conodonts, fish, whales, seals, penguins, late Pleistocene terrestrial faunas, and trace fossils. The paleontological community is surprisingly large for a small country. Some 25 professional paleontologists are employed in New Zealand institutions (Crown Research, university, museum) and several are self-employed. There are also many other people who may be considered as retired paleontologists, amateur paleontologists, students or enthusiasts.
GIS, Databases and Remote Sensing
Arne Pallentin, NIWA, PO Box 14901,
Greta Point, Wellington GIS (Geographic Information Systems), databases and remote sensing are increasingly important tools for the Geologist today. The vast amount of data stored (more that 86000 entries in the Fossil Record File, and 115000 entries in PetLab) can only be efficiently analysed and displayed with the use of computers. Remote sensing allows us to take advantage of the increasing amount of air photo, satellite photo, and other satellite data available to scientists. Important as the educated use of the display and analysis is, even more so is the storage of data. Of special interest are standards, national and international, on how to structure the data, which in turn allow for easier exchange of the information. As a GIS Special-Interest Group (SIG) we hope to provide a community for the interested and for experts in the field, to communicate and discuss techniques and developments, with a special focus on New Zealand wide standards. We intend to promote the knowledge and use of GIS-Databases-Remote Sensing in the New Zealand Geology community, especially, but not only, in teaching at university level. Also, the SIG will be able to provide informed opinion for the Society in questions of national standards for databases with a spatial component. To do so we intend to provide an e-mail list and contacts, collect information on a www-page within the GSNZ web site, and by contributions to the GSNZ newsletter. |