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Postgraduate Research Scholarship in Geochronology-Calibrated Deep Time Global Landscape Evolution Models

Postgraduate Research Scholarship in Geochronology-Calibrated Deep Time Global Landscape Evolution Models

University of Sydney · 🇦🇺 Australia

Postgraduate Research Scholarship in Geochronology-Calibrated Deep Time Global Landscape Evolution Models

University of Sydney · Australia

Who it is for

  • Scholar hip Search Dome tic tudent International tudent Prize and award About u Home Scholar hip The Blain Family Re earch Scholar hip Po tgraduate Re earch Scholar hip in Geochronology-Calibrated Deep Time Global Land cape Evolution Model Po tgraduate Re earch Scholar hip in Su tainability Analy i of Carbon Seque tration Technology Po tgraduate Re
  • earch Scholar hip in Nitrogen Remobili ation Po tgraduate Re earch Scholar hip in Chickpea and Chilli Breeding Po tgraduate Re earch Scholar hip in Legume and Agave Genome Synteny Po tgraduate Re earch Scholar hip in Geochronology-Calibrated Deep Time Global Land cape Evolution Model A Po tgraduate Re earch Stipend Scholar hip A $50,000 per annum
  • tipend cholar hip for a PhD tudent within the School of Geo cience where the focu of their re earch i on geochronology-calibrated deep time Global land cape evolution model Highlight ValueEligibilityOpen dateClo e dateUpto $50,000 per annum for up to 3.5 year Dome tic/international tudentPhD tudent within the School of Geo cience 05 November 202528
  • November 2025 How to apply Apply here.
  • Benefit The Scholar hip will provide a tipend allowance equivalent $50,000 per annum (indexed on 1 January each year u ing Univer ity of Sydney Re earch Training Program (RTP) indexation rate) for up to 3.5 year , ubject to ati factory academic performance.
  • Who' eligible You mu t: have an unconditional offer of admi ion to tudy full-time in a PhD within the School of Geo cience , Faculty of Science at the Univer ity of Sydneyconduct re earch that involve the development of cutting-edge quantitative numerical plate tectonic and land cape model of ource-to- ink y tem on regional to global cale conduct
  • re earch that involve utili ing geochronology, geochemi try and/or thermochronology data to calibrate a

Key facts

Award value
A$50,000/year
Covers
Living costs
Funding type
Living stipend
Level
Doctoral
Fields
Sciences
Renewable
Yes
Provider
The University of Sydney

Figures as stated by the provider. Confirm the current round on the official page before applying.

Good to know

Scholar hip Search Dome tic tudent International tudent Prize and award About u Home Scholar hip The Blain Family Re earch Scholar hip Po tgraduate Re earch Scholar hip in Geochronology-Calibrated Deep Time Global Land cape Evolution Model Po tgraduate Re earch Scholar hip in Su tainability Analy i of Carbon Seque tration Technology Po tgraduate Re earch Scholar hip in Nitrogen Remobili ation Po tgraduate Re earch Scholar hip in Chickpea and Chilli Breeding Po tgraduate Re earch Scholar hip in Legume and Agave Genome Synteny Po tgraduate Re earch Scholar hip in Geochronology-Calibrated Deep Time Global Land cape Evolution Model A Po tgraduate Re earch Stipend Scholar hip A $50,000 per annum tipend cholar hip for a PhD tudent within the School of Geo cience where the focu of their re earch i on geochronology-calibrated deep time Global land cape evolution model Highlight ValueEligibilityOpen dateClo e dateUpto $50,000 per annum for up to 3.5 year Dome tic/international tudentPhD tudent within the School of Geo cience 05 November 202528 November 2025 How to apply Apply here. Benefit The Scholar hip will provide a tipend allowance equivalent $50,000 per annum (indexed on 1 January each year u ing Univer ity of Sydney Re earch Training Program (RTP) indexation rate) for up to 3.5 year , ubject to ati factory academic performance. Who' eligible You mu t: have an unconditional offer of admi ion to tudy full-time in a PhD within the School of Geo cience , Faculty of Science at the Univer ity of Sydneyconduct re earch that involve the development of cutting-edge quantitative numerical plate tectonic and land cape model of ource-to- ink y tem on regional to global cale conduct re earch that involve utili ing geochronology, geochemi try and/or thermochronology data to calibrate a Exact official public evidence revalidated 2026-09-11, unsupported precision omitted.

Facts checked against the official source. Last updated 15 September 2026.