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10 results on '"Terezow, Marianna"'

4. A bacterial index to estimate lake trophic level: National scale validation

Author

Pearman, John K., primary, Wood, Susanna A., additional, Vandergoes, Marcus J., additional, Atalah, Javier, additional, Waters, Sean, additional, Adamson, Janet, additional, Thomson-Laing, Georgia, additional, Thompson, Lucy, additional, Howarth, Jamie D., additional, Hamilton, David P., additional, Pochon, Xavier, additional, Biessy, Laura, additional, Brasell, Katie A., additional, Dahl, Jenny, additional, Ellison, Riki, additional, Fitzsimons, Sean J., additional, Gard, Henry, additional, Gerrard, Tania, additional, Gregersen, Rose, additional, Holloway, McKayla, additional, Li, Xun, additional, Kelly, David J., additional, Martin, Reece, additional, McFarlane, Kiely, additional, McKay, Nicholas P., additional, Moody, Adelaine, additional, Moy, Chris M., additional, Naeher, Sebastian, additional, Newnham, Rewi, additional, Parai, Russleigh, additional, Picard, Maïlys, additional, Puddick, Jonathan, additional, Rees, Andrew B.H., additional, Reyes, Lizette, additional, Schallenberg, Marc, additional, Shepherd, Claire, additional, Short, Julia, additional, Simon, Kevin S., additional, Steiner, Konstanze, additional, Šunde, Charlotte, additional, Terezow, Marianna, additional, and Tibby, John, additional

Published
2022
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5. The role of natural gas resources on the path to a low carbon economy : Workshop discussion (7 Aug 2019, Dunedin)

Author

Kellett, Richard L., Terezow, Marianna G., Hollis, Christopher J., Funnell, Robert H., and Ellison, R.

Abstract

Transitioning to a net-zero-emission future will require a transformation of New Zealand’s economy and society. The costs of meeting the Government’s emissions reduction targets could be large, and new technologies will be required. In coming decades, petroleum products will continue to play an important role in society, both for transportation and petrochemicals (and potentially some industrial heat applications). The dilemma we face is that our current petroleum and natural gas resources will only last for around another decade at current rates of extraction, new exploration opportunities are limited and global competition for the labour and capital to develop new resources is fierce. Without a continued supply of natural gas and other petroleum products, New Zealand may not be able to engineer and afford the transition to a net-zero carbon economy. A workshop was held in Dunedin on the 7th August 2019 to explore the role that a hypothetical, large gas discovery offshore of Te Waipounamu / South Island would have on the transition to a low-emissions economy. The goal was to provide a clearer understanding around where the experts agree, and where there is a need for more research and debate. The small-group session was based around decision trees and timelines. It identified a series of conditions whereby future natural gas development in New Zealand would be more likely to receive social licence and be publicly acceptable. These include: feasible and cost-effective carbon dioxide capture and storage; production of New Zealand natural gas reserves that would reduce overall global emissions by offsetting coal (that produces more CO2 per unit of useful energy), both internationally and locally; sufficient demand for natural gas, both internationally and locally; an economically feasible domestic distribution network (presently only on the North Island) adaptability of utilising natural gas infrastructure for hydrogen in the future; opportunities for the government to influence development through contracts and licenses; effective management of local environmental risks; social license to produce and consume, or to export, natural gas after 2030; and decision-making processes consistent with the principles of Te Tiriti o Waitangi. (auth)

Published
2020
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7. The New Zealand Fossil Record File: a unique database of biological history.

Author

Clowes, Christopher D., Crampton, James S., Bland, Kyle J., Collins, Katie S., Prebble, Joseph G., Raine, J. Ian, Strogen, Dominic P., Terezow, Marianna G., and Womack, Tom

Subjects
FOSSILS, BIOLOGICAL databases, FILES (Records), PALEONTOLOGICAL excavations, BIOSTRATIGRAPHY
Abstract

The New Zealand Fossil Record File, an essentially complete compilation of New Zealand's known fossil record, with additional records from parts of Antarctica, SW Pacific, and elsewhere, is, to the best of our knowledge, unique. It has developed collaboratively, with contributions from university, government, industry, and avocational paleontologists and geologists. The distinctive Fossil Record Number has become an icon of New Zealand geological literature since inception of the original paper-based archive in the 1940s. Subsequently, the file has been digitised and currently holds >100,000 locality records and >1,000,000 individual taxonomic identifications spanning numerous plant and animal phyla. These numbers are continually growing. The database contains contextual information on geographic location, collection, stratigraphy and lithology of the fossil localities as well as taxonomic analyses that retain original identifications yet accommodate re-assignments. The data have been widely applied, initially for mapping, establishing age, depositional environment, etc., and more recently including in quantitative biostratigraphy, assessing completeness of the fossil record, understanding biodiversity history, extinction risk assessments, and climate analysis. In this paper, we provide a brief overview of the history of the Fossil Record File, indicate the general nature of the data it contains, and showcase a number of innovative applications of this most valuable resource. [ABSTRACT FROM AUTHOR]

Published
2021
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8. A high-resolution climate record spanning the past 17 000 years recovered from Lake Ohau, South Island, New Zealand

Author

Levy, Richard H., primary, Dunbar, Gavin B., additional, Vandergoes, Marcus J., additional, Howarth, Jamie D., additional, Kingan, Tony, additional, Pyne, Alex R., additional, Brotherston, Grant, additional, Clarke, Michael, additional, Dagg, Bob, additional, Hill, Matthew, additional, Kenton, Evan, additional, Little, Steve, additional, Mandeno, Darcy, additional, Moy, Chris, additional, Muldoon, Philip, additional, Doyle, Patrick, additional, Raines, Conrad, additional, Rutland, Peter, additional, Strong, Delia, additional, Terezow, Marianna, additional, Cochrane, Leise, additional, Cossu, Remo, additional, Fitzsimons, Sean, additional, Florindo, Fabio, additional, Forrest, Alexander L., additional, Gorman, Andrew R., additional, Kaufman, Darrell S., additional, Lee, Min Kyung, additional, Li, Xun, additional, Lurcock, Pontus, additional, McKay, Nicholas, additional, Nelson, Faye, additional, Purdie, Jennifer, additional, Roop, Heidi A., additional, Schladow, S. Geoffrey, additional, Sood, Abha, additional, Upton, Phaedra, additional, Walker, Sharon L., additional, and Wilson, Gary S., additional

Published
2018
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