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1.
Marine decapod Crustacea of southern Australia: a guide to identification. By Gary C. B. Poore. Published in 2004 by CSIRO Publishing, P.O. Box 1139, Collingwood, VIC 3066, Australia. 608 p., hardcover. ISBN: 0–643–06906–2. Price: AU$180.00 (orders: publishing.sales@csiro.au). Marine mammals: fisheries, tourism and management issues. Edited by Nicholas J. Gales, Mark A. Hindell and Roger Kirkwood. Published in 2003 by CSIRO Publishing, P.O. Box 1139, Collingwood, VIC 3066, Australia. 446 p., hardcover. ISBN: 0–643–06953–4. Price: AU$116 (orders: publishing.sales@csiro.au). Freshwater fishes of north‐eastern Australia. By Brad Pusey, Mark Kennard, and Angela Arthington. Published in 2004 by CSIRO Publishing, P.O. Box 1139, Collingwood, VIC 3066, Australia. 700 p., hardcover. ISBN: 0–643–06966–6. Price: au$89.00 (orders: publishing.sales@csiro.au). 相似文献
2.
An analysis of the New Zealand whale stranding record by M. W. Bradyn. Science and Research Series 29. ISSN 0113–3713, ISBN 0–478–01278–6. Available from Department of Conservation, Wellington. Price: $15.00. Fish quality control by computer vision, edited by L. F. Pau and R. Olafsson. Published by Marcel Dekker, Inc. 相似文献
3.
Behavioural biology of killer whales. Editors: C. Kirkevold and J. S. Lockard. Zoo Biology Monographs, Volume 1. Alan Liss Inc., New York, 1986. 457 p. ISBN 0–8451–3100–1. Price: US$79.50. Aquaculture of Cyprinids. Editors: R. Billard and J. Marcel. Institut National de la Recherche Agronomique, 1986. 504 p. Price FF150.00. Available from INRA Publications, Route de St Cyr, 78000 Versailles, France. The Peruvian anchoveta and its upwelling ecosystem: three decades of change. Editors: D. Pauly and I. Tsukayama. Institute) del Mar del Peru (IMARPE); Deutsche Gesellschaft für Technische Zusammenarbeit (GTZ); International Center for Living Aquatic Resources Management (ICLARM) 1987.351 p. ISBN 971–1022–34–6, ISSN 0115–4389. Price US$17.50 surface; US$36 airmail. Available from ICLARM, MCP.O. 1501, Makati, Metro Manilla, Philippines. The freshwater planktonic blue‐greens (Cyanophyta/Cyanobacteria) of New Zealand: a taxonomic guide. By M. K. Etheredge and R. D. Pridmore. Published for the National Water and Soil Conservation Authority, 1987. 122 p, including 93 figures. ISSN0110–4705. Price $38.50. Available from DSIR Publishing, P.O. Box 9741, Wellington, New Zealand. 相似文献
4.
Glossary of aquatic habitat inventory terminology. Compiled by Neil B. Armantrout. Published in 1998 by American Fisheries Society. 150 p. ISBN 1–888569–11–5. Price: US$33.00 (available from: APS Publication Fulfillment, P. O. Box 1020, Sewickley, PA 15143, United States). Studying temperate marine environments— a handbook for ecologists. Edited by Michael Kingsford and Christopher Battershill. Published in 1998 by Canterbury University Press, Private Bag 4800, Christchurch, New Zealand (email: m.bradstock@cup.canterbury.ac.nz). 344 p., limpbound. ISBN 0–908812–54‐X. Price: NZ$49.95. 相似文献
5.
Detritus and microbial ecology in aquaculture. B7 Editors: D. J. W. Moriarty and R. S. V. Pullin, 1987. Proceedings for the Conference on Detrital Systems for Aquaculture, Italy, August 1985. 420 p. ISSN 0115–4389, ISBN 971–1022–29‐X. Price: US$12.50 surface. Available from ICLARM, MC P. O. Box 1501, Makati, Metro Manila, Philippines. Coastal fishes of New Zealand, a diver's identification guide. By Malcolm Francis, 1988. Heinemann Reed, Octopus Publishing Group Ltd., Auckland. 63 p. Price: $29.95. ISBN 0–7900–0013‐X. Lake managers handbook. Editor: W. N. Vant 1987, Water Quality Centre, Ministry of Works and Development, Hamilton. Water & Soil Miscellaneous Publication 103, 230 p., 53 figures, 12 colour plates. Price: $38.50. ISSN 0110–4705. Available from DSIR Publishing, P.O. Box 9741, Wellington, New Zealand. 相似文献
6.
Theory and management of tropical fisheries. Edited by D. Pauly and G. I. Murphy. Proceedings of the ICLARM/CSIRO Workshop on the Theory and Management of Tropical Multispecies Stocks. 12–21 January 1981, Cronulla, Australia. 1982. 360 p. $US21.50 surface; hardbound. Animals of the estuary shore : illustrated guide and ecology. By Malcolm B. Jones, 1983. University of Canterbury publication No. 32. 162p., 140 figures, 11 keys. ISBN 0900–392–32–0 (soft cover, spiral bound). Price NZ$7.50. Numerical ecology. By L. Legendre and P. Legendre, 1983. Elsevier Scientific Publishing Company, Amsterdam. $US83.00. The control of oil pollution (revised edition). Edited by J Wardley‐Smith. Graham & Trot‐man Limited, London. 1983. 285 p., 98 figures, 17 tables. ISBN 0.86010 3382. £19.00/$US35.00. Physical oceanography in Australia. Edited by J. Imberger. Reprinted from the Australian Journal of Marine and Freshwater Research, Volume 34, 1–230, 1983. CSIRO, Melbourne 1983. 相似文献
7.
Climate change in contrasting river basins: adaptation strategies for water, food and environment. Edited by J Aerts and P Droogers. Published in 2004 by CABI Publishing, 288 p., hardcover. ISBN: 0–85199–835–6. Price: US$100 (orders: services@dadirect.com.au). Australian water bugs. Their biology and identification (Hemiptera‐Heteroptera, Gerromorpha &; Nepomorpha). By Nils M Andersen? and Tom A Weir. Published in 2004 by CSIRO Publishing/Apollo Books, P.O. Box 1139, Collingwood, VIC 3066, Australia. 344 p., hardcover. ISBN: 0–643–090517. Price: AU$135.00 (orders: publishing.sales@csiro.au). The Lakes Handbook. Volume I: Limnology and Limnetic Ecology. Volume II: Lake restoration and rehabilitation. Edited by Patrick O'Sullivan and Colin Reynolds. Published by Blackwell Publishing Ltd., 109 Cowley Road, Oxford OX4 1JF, United Kingdom (http//www.blackwellpublishing.com). Volume I (published in 2003) 712 p., hardcover. ISBN: 0632047976. Price: £125. Volume II (published in 2004) 568 p., hardcover. ISBN: 063204795X. Price: £125. 相似文献
8.
C. D. Paulin 《新西兰海洋与淡水研究杂志》2013,47(1):221-222
Nga tini a Tangaroa, a Maori‐English, English‐Maori dictionary offish names. By R. R. Strickland. New Zealand fisheries occasional publication 5. 1990. 64 unnumbered pages, ISSN 0113–227X. Available from Primedia Bookshop, P.O. Box 2526, Wellington, New Zealand. Price: $26.95. 相似文献
9.
Jon S. Harding 《新西兰海洋与淡水研究杂志》2013,47(5)
Metal contamination in aquatic environments: science and lateral management. By Samuel N. Luoma and Philip S. Rainbow. Published in 2008 by Cambridge University Press, Cambridge, United Kingdom (www.cambridge.org). 573 p, hardcover. ISBN 978–0‐521–86057–4. Price au$200.00. 相似文献
10.
Re: Kirby, D. S.; Abraham, E. R.; Uddstrom, M. J.; Dean, H. 2003: Tuna schools/aggregations in surface longline data 1993–98. New Zealand Journal of Marine and Freshwater Research 37: 633–644. 相似文献
11.
Rongxing Li 《Marine Geodesy》2013,36(1):57-59
J. Albertz. Grundlagen der Interpretation von Luft‐und Satellitenbildern: eine Einfuhrung in die Fernerkundung (Fundamentals of Interpretation of Aerial and Satellite Images: An Introduction to Remote Sensing). Darmstadt: Wissenschaftliche Buchgesellschaft, 1991. 204 pp. Hardcover. U.S. $40.00–45.00. ISBN 3–534–07838–1. International Symposium on Marine Positioning Proceedings, “Marine Positioning into the 1990's.” Marine Geodesy Committee/MTS, 1991. 594 pp. Hardcover. U.S. $139.00. ISBN 91–060360. 相似文献
12.
Chemical and biological data were collected between 1947 and 1967 from Morton Dam and Upper Karori Reservoir, two artificial lakes which are part of the water supply of Wellington City, New Zealand. Chemical analyses included the major ions, nutrients, and physical and chemical properties of engineering importance. The emphasis in biological analyses was on the dominant phytoplankters. Bacteriological results are presented as tables of plate counts and “most probable numbers” of confirmed faecal coli‐forms; iron‐fixing bacteria were identified. Primary productivity has accelerated since 1940–42: annual maxima have increased 30‐fold at Morton Dam, and 10‐fold in Upper Karori Reservoir. In 1942, Morton Dam was believed to be oligotrophic, but the type and quantity of phytoplankton at present indicate a rapid progression to eutrophy. Despite the extent of biological changes, no dramatic changes in the physical and chemical characteristics of either reservoir can be detected. 相似文献
13.
Abstract INSMAP'90, the second in a series of quadrennial international symposia on marine positioning, was held October 15–19, 1990. INSMAP is organized by the Marine Geodesy Committee of the Marine Technology Society (MTS) with the co‐sponsorship of over 25 organizations of the United States and other countries, including the University of Miami's Rosenstiel School of Marine and Atmospheric Science, which hosted the meeting. INSMAP'90 focused attention on special problems associated with positioning in the marine environment, providing a timely forum and opportunity for in‐depth discussions and exchange of ideas, identified immediate and future requirements and applications, and enhanced interdisciplinary and interagency collaboration. Over 100 scientists and students attended; countries represented included Australia, Canada, China, Egypt, France, Germany, Great Britain, Indonesia, Italy, Japan, Monaco, New Zealand, Norway, Portugal, Sweden, the United States, and Venezuela. During the week, more than 60 papers were presented, there were five symposium‐wide lectures, five workshops (each with several lectures), and a tour of the U.S. Naval Observatory Alternate Time Service and VLBI/GPS facility, where all the exhibitors set up their demonstrations. Most of the papers and addresses are available in a single hard‐bound volume from the MTS. 相似文献
14.
D. E. Gaskin 《新西兰海洋与淡水研究杂志》2013,47(2):260-272
Sighting and catch data on sperm whales accumulated during a whale survey by the New Zealand Marine Department and whaling operations by the Tory Channel whaling company in 1963–4 were examined. The results showed a unimodal rise and fall in numbers of sperm whales in the Cook Strait region throughout the year. From a peak between December and April whale numbers declined steadily until November, when they rose again sharply. It is suggested from these results that the best choice for an eight‐month sperm whaling season would be one extending from November to July. It was concluded that the mean speed of sperm whales in the area was not likely to exceed 1 knot. 相似文献
15.
J. L. McKoy 《新西兰海洋与淡水研究杂志》2013,47(3):263-275
Bankia neztalia was found in temperate waters around New Zealand, mainly south of New Plymouth and Tauranga. Bankia australis was found in warm‐temperate waters north of Nelson; it requires water temperatures above 19–20°c for successful breeding and is euryhaline. Lyrodus pedicellatus also occurred in warm‐temperate waters north of Nelson and had a lower water temperature limit for survival of about 10 °c. Lyrodus medilobatus occurred in warm‐temperate waters on the north‐east coast of the North Island north of Tauranga. Nototeredo edax is uncommon and occurred over the same range as B. australis. The presence of shipworms in wood collected from depths of greater than 50 m around New Zealand is reported. Teredora princesae is recorded from driftwood around New Zealand. 相似文献
16.
G. R. F. Hicks 《新西兰海洋与淡水研究杂志》2013,47(1):86-119
Seven species of littoral harpacticoid copepods are recorded from the Wellington coast of central New Zealand. Amongst these are five new species, one in each of the genera Scutellidium, Eupelte, Amphiascus and two in Porcellidium. Amphiascopsis cinctus (Claus, 1866) and A. south‐georgiensis (Lang, 1936) are recorded and figured. 相似文献
17.
J. A. McLean 《新西兰海洋与淡水研究杂志》2013,47(1):36-45
The larva of the primitive mayfly Oniscigaster wakefieldi, McLachlan 1873 (Ephemeroptera: Siphlonuridae) was studied in the Waitakere Stream, near Auckland, New Zealand, over a 17‐month period extending from July 1965— November 1966. A wide‐mouthed dragnet enabled monthly samples (average 46 specimens) to be collected for detailed studies of the larval growth pattern; this collecting method revealed that the species, previously thought to be rare, is numerous both in the study area and elsewhere in North Island, New Zealand. O. wakefieldi has a univoltine life cycle with 20–25 larval instars. The larvae prefer different habitats according to their age and can be divided into three distinct groups: larvae 1–10 mm in length are found on finer sediments in quiet shallow water; 11–18 mm in length inhabit waters up to 50 cm deep where the substratum is mainly of pebbles (0.4–4.0 cm diameter) set in a silt matrix; and mature larvae 19–26 mm in length are found adjacent to dry emergent boulders, often at the base of riffles. Three larval characters are described for the first time to separate the larvae of O. wakefieldi and O. distans. Sexual dimorphism is evident in O. wakefieldi populations by size difference; in the last larval instar, females average 4 mm longer than males. The known distribution of the species in North Island is illustrated. 相似文献
18.
J. D. Booth 《新西兰海洋与淡水研究杂志》2013,47(3):407-440
The late stage larvae of five common mytilid bivalves (Mollusca: Pelecypoda: Mytilacea) are described and provisionally identified as Mytilus edulis aoteanus, Modiolus areolatus, Perna canaliculus, Xenostrobus pulex, and Modiolarca impacta. All are readily distinguishable on the basis of larval shell features, including hinge structure. However, one common species, Aulacomya maoriana, was not discerned, and thus the identifications must remain tentative. The larvae were recovered from plankton samples from Bay of Islands (35° 15’ S, 174° 10’ E), Wellington Harbour (41° 16’ S, 174° 51’ E), and Raumati Beach (40° 56’ S, 174° 58’ E), New Zealand, during 1970–72. Their seasonal occurrences in the plankton are described and related to the condition index of the adults as far as possible. 相似文献
19.
Ocean wave characteristics around New Zealand 总被引：1，自引：1，他引：0
Nearly 17 years wave records from deep water and shore‐based stations are used to describe the ocean wave characteristics around New Zealand. The wave environment is dominated by west and southwest swell and storm waves generated in the temperate latitude belt of westerly winds. As a result, the west and south coasts are exposed, high energy shores, the east coast is a high energy lee shore, and the northern coast from North Cape to East Cape is a low energy lee shore sheltered from these winds and waves. South of New Zealand, wave energies are extremely high; the prevailing deep water wave is 3.5–4.5 m high and has a 10–12 s period, with a slight increase in wave heights in winter. The west coast wave environment is mixed, and consists of locally generated westerly and southerly storm waves, and swell waves generated to the south. The prevailing wave is t.0–3.0 m and 6–8 s period. There are no strong seasonal rhythms, only shorter period cycles of wave height (5 day) associated with similar quasi‐rhythmic cycles in the weather. The east coast also has a mixed wave climate with southerly swells, originating in the westerlies south of New Zealand, and locally generated southerly and northerly storm waves. The prevailing wave is 0.5–2.0 m and 7–11 s period. A short period rhythmic cycle, similar to that on the west coast, is superimposed on a weak seasonal cycle. The seasonal, cycle results from an increase in the frequency of local northerly waves in summer. The prevailing wave on the north coast is a northeasterly, 0.5–1.5 m high and 5–7 s period. Subtropical disturbances and southward‐moving depressions generate a mixed wave environment and a possible seasonally reflecting a winter increase in. storminess. 相似文献
20.
D. J. Jellyman 《新西兰海洋与淡水研究杂志》2013,47(2):193-209
Recruitment of glass‐eels into freshwater is in two distinct phases characterised by behavioural differences: an initial invasion from the sea, and an upstream migration. Catches made at night in the Makara Stream, Wellington (41° 13'S, 174° 43’ E) indicate that the invasion by both New Zealand species commences in July, with that of the long‐finned eel Anguilla dieffenbachii Gray finishing by November, and that of the short‐finned eel A. ausiralis schmidlii Phillipps by December. The length of post‐metamorphic sea‐life influences both morphology and behaviour of the glass‐eels. Differences in this period of sea‐life between early and late season glass‐eels explain the initial avoidance but later attraction of fresh water to the glass‐eels. Responses to fresh water also explain the preference for early season glass‐eels to invade on the flood tide and late season glass‐eels on the ebb tide. Neither the lunar cycle nor rainfall appear to be significant influences on invasion periodicity. 相似文献