Mark Diesendorf | Academic Influence

Mark Diesendorf's AcademicInfluence.com Rankings

Mark Diesendorf

Earth Sciences

#958

World Rank

#1473

Historical Rank

Environmental Science

#54

World Rank

#55

Historical Rank

earth-sciences Degrees

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Earth Sciences

Why Is Mark Diesendorf Influential?

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According to Wikipedia, Mark Diesendorf is an Australian academic and environmentalist, known for his work in sustainable development and renewable energy. He currently teaches environmental studies at the University of New South Wales , Australia. He was formerly professor of environmental science and founding director of the Institute for Sustainable Futures at the University of Technology, Sydney and before that a principal research scientist with CSIRO, where he was involved in early research on integrating wind power into electricity grids. His most recent book is Sustainable Energy Solutions for Climate Change.

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Mark Diesendorf's Published Works

Number of citations in a given year to any of this author's works

Total number of citations to an author for the works they published in a given year. This highlights publication of the most important work(s) by the author

Published Works

Simulations of scenarios with 100% renewable electricity in the Australian National Electricity Market (2012) (262)
Least cost 100% renewable electricity scenarios in the Australian National Electricity Market (2013) (254)
Comparing least cost scenarios for 100% renewable electricity with low emission fossil fuel scenarios in the Australian National Electricity Market (2014) (159)
Model for empowering rural poor through renewable energy technologies in Bangladesh (2001) (144)
The feasibility of 100% renewable electricity systems: A response to critics (2018) (135)
Greenhouse Solutions with Sustainable Energy (2007) (104)
The mystery of declining tooth decay (1986) (95)
Who owns an energy transition? Strategic action fields and community wind energy in Denmark (2017) (83)
Design limitations in Australian renewable electricity policies (2010) (81)
Sustainability of uranium mining and milling: toward quantifying resources and eco-efficiency. (2008) (78)
Distributed energy infrastructure paradigm: Community microgrids in a new institutional economics context (2017) (77)
Carbon footprint scenarios for renewable electricity in Australia (2016) (73)
Financial subsidies to the Australian fossil fuel industry (2003) (72)
Can local government play a greater role for community renewable energy? A case study from Australia (2016) (71)
Sustainability and sustainable development (2021) (69)
Can photovoltaic technologies help attain sustainable rural development in Bangladesh (2004) (50)
The Capacity Credit of Wind Power: A Theoretical Analysis (2018) (49)
Clean energy scenarios for Australia (2007) (47)
Is wartime mobilisation a suitable policy model for rapid national climate mitigation (2013) (42)
Is science value-free? (1985) (38)
Sustainable Energy Solutions for Climate Change (2014) (37)
Human Ecology, Human Economy (1997) (32)
Models of sustainability and sustainable development (2001) (27)
Implications of Trends in Energy Return on Energy Invested (EROI) for Transitioning to Renewable Electricity (2020) (25)
I=PAT or I=PBAT? (2002) (25)
New evidence on fluoridation. (1997) (25)
Strengthening the climate action movement:  strategies from histories (2014) (23)
The response of the honeybee antennal CO2-receptors to N2O and Xe (1973) (22)
Grid parity : A potentially misleading concept ? (2010) (21)
Impacts on the biophysical economy and environment of a transition to 100% renewable electricity in Australia (2013) (21)
The economics of large-scale wind power in the UK A model of an optimally mixed CEGB electricity grid (1983) (20)
Modeling the carbon budget of the Australian electricity sector's transition to renewable energy (2018) (19)
How can a “competitive” market for electricity be made compatible with the reduction of greenhouse gas emissions? (1996) (19)
Modeling the benefits of electric cooking in Bhutan: A long term perspective (2016) (18)
New evidence on fluoridation (1977) (18)
Quantum Corrections to the Pair Distribution Function of a Classical Plasma (1968) (17)
Australian economic models of greenhouse abatement (1998) (17)
Comparison of employment potential of the coal and wind power industries (2004) (15)
The Effect of Quantum Correlations on Electron-Scattering Opacities (1969) (15)
The adoption of short-rotation energy cropping as a new land use option in the New South Wales Central West (2011) (15)
Comment on "Prevented mortality and greenhouse gas emissions from historical and projected nuclear power". (2013) (15)
Wind power in Australia (2006) (14)
Variable elasticity models for electricity demand (1985) (14)
Have the benefits of water fluoridation been overestimated (1990) (14)
Strengthening the climate action movement: strategies from contemporary social action campaigns (2016) (13)
Potential Sites for Off-Shore Wind Power in Australia (2009) (12)
On the fluctuations in levels of closed lakes (1977) (12)
Optimal thermal mix in electricity grids containing wind power (1982) (12)
The health hazards of fluoridation: a re-examination. (1990) (12)
The Base-Load Fallacy (2007) (12)
Contesting the future of nuclear power: A critical global assessment of atomic energy, B.K. Sovacool. World Scientific, NJ (2011). 308 pp., $70. ISBN: 978-981-4322-75-1 (2013) (12)
Calculating the capacity credit of wind power (1980) (11)
Urban transportation in the 21st century (2000) (11)
Reducing Australia’s Greenhouse Gas Emissions by 30 per cent by 2020 (2007) (11)
Computing life-cycle emissions from transitioning the electricity sector using a discrete numerical approach (2017) (10)
Value-laden science (1985) (9)
Sustainable Mining Conference 2010 Uranium Mining, Nuclear Power and Sustainability: Rhetoric versus Reality (2010) (9)
Reliability of 100 % Renewable Electricity Supply in the Australian National Electricity Market (2017) (9)
Why Australia needs wind power (2004) (9)
A Scenario for the Expansion of Solar and Wind Generated Electricity in Australia (1996) (8)
A Critique of the Australian Government’s Greenhouse Policies (2000) (8)
Subjective judgments in the nuclear energy debate (2016) (8)
Suppression by medical journals of a warning about overdosing formula-fed infants with fluoride. (1997) (8)
The capacity credit of wind power - A numerical model (1980) (7)
Insect sensilla as dielectric aerials for scent detection?: Comments on a review by P.S. Callahan (1977) (7)
Amplitude Variations in Artificially Stimulated v.l.f. Emissions (1972) (7)
Sustainability Aspects of Uranium Mining : Towards Accurate Accounting ? (2007) (7)
HOW SCIENCE CAN ILLUMINATE ETHICAL DEBATES A CASE STUDY ON WATER FLUORIDATION (1995) (7)
Analysis of some wind speed data from Southern Australia with reference to potential wind energy conversion (1983) (7)
A theoretical investigation of radiation mechanisms of insect chemoreception (1974) (7)
Fact and Fiction in Global Energy Policy (2017) (6)
Shunning nuclear power but not its waste: Assessing the risks of Australia becoming the world’s nuclear wasteland (2016) (6)
SYDNEY'S PASSENGER TRANSPORT: ACCOUNTING FOR DIFFERENT MODES (1999) (6)
The Effect of Land Costs on the Economics of Urban Transportation Systems (2002) (6)
ARE PROPONENTS OF WATER FLUORIDATION SUPPRESSING SCIENTIFIC EVIDENCE AND DEBATE (2003) (5)
Scenarios for mitigating CO2 emissions from energy supply in the absence of CO2 removal (2022) (5)
Optimal value of the rated speed of a wind generator (1979) (5)
Addendum to "Design limitations in Australian renewable electricity policies" [Energy Policy 38 (2010), 3365-3376] (2010) (5)
Strategies for Radical Climate Mitigation (2010) (5)
Can geosequestration save the coal industry (2006) (5)
Is nuclear energy a possible solution to global warming?: [Paper in: The Nuclear Debate Re-visited. Eddy, Elizabeth (ed.).] (2007) (5)
Two models of the partially focused clear zone compound eye (1973) (4)
A kick in the teeth for scientific debate (2003) (4)
Can nuclear energy reduce CO2 emissions (2005) (4)
Greenhouse Solutions with Sustainable Energy A Submission to Garnaut Climate Change Review (2007) (4)
Renewable energy sources and storage (1978) (4)
COVID-19 and economic recovery with effective climate mitigation (2020) (4)
The Climate Action Movement in Australia (2010) (4)
Why Australia needs wind power: [Response to Andrea Sharam's critique of wind power in Dissent No.12, Spring 2003.] (2003) (4)
Fluoridation and bones: authors' response to critics. (1998) (4)
From Medibank to Medicare: trends in Australian medical care costs and use from 1976 to 1986. (2010) (4)
The Base-load Myth (2011) (3)
General Anaesthetic Excitation and Inhibition of Insect CO2 — Receptors: An Interpretation (1975) (3)
Electron Correlations and Solar Neutrino Counts (1970) (3)
A sustainable energy future for Australia (2006) (3)
The economic value of wind power in electricity grids (1981) (3)
Ambitious target does not quite measure up (2010) (3)
COVID-19 and economic recovery in compliance with climate targets (2020) (3)
The “dielectric waveguide theory” of insect olfaction: A reply to P. S. Callahan☆ (1977) (3)
Redesigning Energy Systems (2011) (3)
Economics of Nuclear and Renewable Electricity Energy Science Coalition (2010) (2)
Energy scenarios in global economic models of greenhouse gas reduction (2000) (2)
Energy Futures for Australia (2019) (2)
Social Sustainability in Passenger Transport (1999) (2)
A quantitative model of cooperative effects in aspartate transcarbamylase and related hybrid molecules (1975) (2)
The BaseLoad Fallacy (2007) (2)
Comment on Seibert, M.K.; Rees, W.E. Through the Eye of a Needle: An Eco-Heterodox Perspective on the Renewable Energy Transition. Energies 2021, 14, 4508 (2022) (2)
Optimal generation planning for electricity grids containing wind farms (1984) (2)
Can energy descent be justified by critiquing 100% renewable energy scenarios? A reply to Floyd et al. (2022) (2)
Can Energy Security and Effective Climate Change Policies Be Compatible (2012) (2)
The future of renewable electricity in Australia (2009) (1)
Energy and People: Social Implications of Different Energy Futures (1979) (1)
Sustainable Renewable Energy Systems (2001) (1)
Strategies for transition to a future beyond growth (2016) (1)
Sustainable Energy Policy for Australia (2010) (1)
Myths, Fallacies and 'Spin' about Greenhouse Solutions (2008) (1)
Baseload power is a myth: Even intermittent renewables will work (2013) (1)
Corporate efforts to impede renewable energy (2014) (1)
Coming clean on phantom RECs (2009) (1)
The mystery of declining caries. (1989) (1)
Critiquing the Use of War to Mobilise Peaceful Climate Action: A Response to Kester & Sovacool (2018) (1)
A Genuine ‘Green’ Economy Must be Ecologically Sustainable and Socially Just (2014) (1)
International symposium on flouridation (1988) (1)
Principles of ecological sustainability (2020) (1)
We can achieve sustainability - but not without limiting growth (2016) (1)
Renewable energy is ready to supply all of Australia's electricity (2014) (1)
Comparing the Economics of Nuclear and Renewable Sources of Electricity (2010) (1)
Significant Aspects and Drivers of Germany and Australia's Energy Policy from a Political Economy Perspective (2015) (0)
Science and ethics : papers presented at a symposium held under the aegis of the Australian Academy of Science, University of New South Wales, November 7, 1980 (1982) (0)
BIG ROADS BIG BILLS (1999) (0)
The Path to a Sustainable Civilisation (2023) (0)
Caries in unfluoridated areas (2004) (0)
Greenhouse response in the energy sector (2020) (0)
3 Fluoridation: breaking the silence barrier (1996) (0)
Some pathways to ecological sustainability (2020) (0)
Misleading publicity for a fluoridation trial. (1988) (0)
Energy Systems for Sustainable Prosperity (2021) (0)
The Base-Load Electricity Fallacy (2007) (0)
Funding of the Energy Transition by Monetary Sovereign Countries (2022) (0)
96/02887 - Can GENI enhance the use of renewable energy and reduce poverty (1996) (0)
Short-rotation energy cropping as a climate change adaptation strategy for the NSW Central West (2010) (0)
Coal closures give SA the chance to go 100% renewable (2015) (0)
Stakeholder Perspectives on Australia's Greenhouse and Energy Policy (2009) (0)
Can a Carbon Price Save Us from Catastrophic Global Warming (2011) (0)
To the Editor (1988) (0)
Four key steps to take Australia towards 100 per cent renewable electricity (2018) (0)
Towards an electricity sector with 100% renewable energy generation (2020) (0)
Demystification of Nuclear Energy (2011) (0)
HOW SAFE IS NUCLEAR POWER? (1977) (0)
IS THERE A SCIENTIFIC BASIS FOR FLUORIDATION? A REVIEW OF THE REPORT BY THE ROYAL COLLEGE OF PHYSICIANS (2010) (0)
Large scale wind power for Western Australia (1979) (0)
Reaction Time: Correspondence (2007) (0)
HOW SAFE IS NUCLEAR POWER? (1977) (0)
Integrated Greenhouse Policies (1992) (0)
Renewable energy misconceptions [Exchanges.] (2004) (0)
The fantasy of cheap, safe nuclear energy (2015) (0)
Whistler-mode echoes observed on the FR-1 satellite (1971) (0)
In defence of renewable energy and its variability (2006) (0)
The ecologically sustainable development process in Australia (2020) (0)
Revegetation, bioenergy and sustainable use in the New South Wales central west (2012) (0)
Diet and caries: human experiments. (1988) (0)
A peak at Australia's energy potential (2012) (0)
Sustainable Mining 2010 - The Business Case (2010) (0)
Analyzing the Nuclear Weapons Proliferation Risk Posed by a Mature Fusion Technology and Economy (2023) (0)
Scenarios for the rapid phase-out of fossil fuels in Australia in the absence of CO2 removal (2022) (0)
The Sustainability of Uranium Mining: The Growing Implications of Known Mineral Resources and Eco- Efficiency (2007) (0)
A leading climate scientist writes for the people (2010) (0)

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What Schools Are Affiliated With Mark Diesendorf?

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What Are Mark Diesendorf's Academic Contributions?

Mark Diesendorf is most known for their academic work in the field of earth sciences. They are also known for their academic work in the fields of

Mark Diesendorf has made the following academic contributions:

Greenhouse Solutions with Sustainable Energy

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