Scholarship Dean of the King's College London Dental Institute

'Dean of the King's College London Dental Institute'

Dean of the King's College London Dental Institute

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Scholarship Head of the Florence Nightingale School of Nursing & Midwifery

'Head of the Florence Nightingale School of Nursing & Midwifery '

Head of the Florence Nightingale School of Nursing & Midwifery

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Scholarship University of Exeter - Business School Ref N3178

'University of Exeter - Business School Ref N3178 '

Professor of Leadership Studies / Director of the Centre for Leadership Studies

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Scholarship University of Greenwich - Greenwich Campus Ref 01770/J1

'University of Greenwich - Greenwich Campus Ref 01770/J1'

Professor in Human Resource Management and Organizational Behaviour

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Scholarship Nearshore wave climate and future wave climate change risk for the New South Wales coast

'Nearshore wave climate and future wave climate change risk for the New South
Wales coast'

Climate change is driving sea-level rise and changing regional wave climates,
resulting in coastal erosion and increasing threat to coastal sustainability.
You will be part of an international team lead by A/Prof Ian Turner (UNSW) and
A/Prof Ian Goodwin (Macquarie University) in a strategic
university-industry-government alliance to develop the Australian Coastal
Observation Network: monitoring and forecasting coastal erosion in a changing
climate. You will be involved in the Deployment of inshore wave monitoring
instrumentation at two high-profile coastal management 'hot spots' to
rigorously and independently evaluate the performance of a new, proprietary
video-based methodology developed by Coastal Coms CCOMS, to quantify the local
wave parameters of breaking wave height, wave period and wave direction, for
extension of this capability to all 130+ (and growing) CCOMS cameras sites.

You may view the full post at
http://phdscholarship.co.uk/nearshore-wave-climate-and-future-wave-climate-change-risk-for-the-new-south-wales-coast.html

Scholarship Nearshore wave climate and future wave climate change risk for the New South Wales coast

'Nearshore wave climate and future wave climate change risk for the New South
Wales coast'

Climate change is driving sea-level rise and changing regional wave climates,
resulting in coastal erosion and increasing threat to coastal sustainability.
You will be part of an international team lead by A/Prof Ian Turner (UNSW) and
A/Prof Ian Goodwin (Macquarie University) in a strategic
university-industry-government alliance to develop the Australian Coastal
Observation Network: monitoring and forecasting coastal erosion in a changing
climate. You will be involved in the Deployment of inshore wave monitoring
instrumentation at two high-profile coastal management 'hot spots' to
rigorously and independently evaluate the performance of a new, proprietary
video-based methodology developed by Coastal Coms CCOMS, to quantify the local
wave parameters of breaking wave height, wave period and wave direction, for
extension of this capability to all 130+ (and growing) CCOMS cameras sites

You may view the full post at
http://phdscholarship.co.uk/nearshore-wave-climate-and-future-wave-climate-change-risk-for-the-new-south-wales-coast.html

Scholarship Application of Nanoscale Zero-Valent Iron Technology for Treatment of Contaminated Sediments

'Application of Nanoscale Zero-Valent Iron Technology for Treatment of
Contaminated Sediments'

Application of Nanoscale Zero-Valent Iron Technology for Treatment of
Contaminated Sediments    The University of New South Wales UNSW Water
Research Centre   Two APAI PhD scholarships are available via an ARC Linkage
grant (2011 - 2013) to investigate the treatment of benthic sediments
contaminated with chlorinated organic compounds using nanoscale zero-valent iron
technology.  Research into innovative treatment technologies for contaminated
sediments is especially relevant to Australia, where natural waterways offer
significant value in terms of natural beauty, heritage, recreational use, and
commercial and industrial importance. The UNSW Water Research Centre, in
collaboration with private, public, and international partners, has recently
commenced a three-year ARC Linkage project building upon its previous work on
the application of nanoscale zero-valent iron (nZVI) for environmental
remediation.  The intended outcomes of this project are the synthesis of
supported nZVI particles for the in situ remediation of contaminated sediments,
and the evaluation of their ability to degrade selected organic contaminants
under conditions typical of benthic sediments.  Studies will be designed to
gain an understanding of the fundamental mechanisms and processes that influence
contaminant degradation by nZVI particles in order to determine the most
effective methods for synthesis and application in sediment environments.  The
performance of supported nZVI particles for in situ remediation of contaminated
sediments will be evaluated through targeted field trials.  Given recent work
by partner organisations on the application of activated carbon for the
treatment of contaminated sediments, it is expected that research will focus on
activated carbon supported nZVI particles, though other methods for particle
stabilisation and/or supports may be considered

You may view the full post at
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