Milo Barham (@milo_barham) 's Twitter Profile
Milo Barham

@milo_barham

Earth Scientist | Interests in sedimentary systems, Earth history from the detrital record, environmental causes and social justice | he/him/his

ID: 1571862368908615682

linkhttp://curtin.edu/timescales calendar_today19-09-2022 14:03:03

59 Tweet

95 Followers

132 Following

Timescales of Mineral Systems Group (@timescaleseps) 's Twitter Profile Photo

New paper in the Journal of Geology led by PhD candidate Isabel Z looking at integration of #detrital feldspar and zircon data on the NW Shelf of Australia to distinguish proximal and distal sediment #provenance doi.org/10.1086/726757

New paper in the Journal of Geology led by PhD candidate Isabel Z looking at integration of #detrital feldspar and zircon data on the NW Shelf of Australia to distinguish proximal and distal sediment #provenance
doi.org/10.1086/726757
Timescales of Mineral Systems Group (@timescaleseps) 's Twitter Profile Photo

We are #hiring. #ResearchAssociate position available for an isotope geologist to join us at the TMSG (we're great fun). Please spread the word! See the link for more deets - earthworks-jobs.com/geoscience/cur…

Milo Barham (@milo_barham) 's Twitter Profile Photo

Progress but still plenty of room for improvement given the 8.5% (total remuneration) #genderpaygap Curtin University Check your workplace here - wgea.gov.au/data-statistic…

Timescales of Mineral Systems Group (@timescaleseps) 's Twitter Profile Photo

New #openaccess paper in #EPSL led by soon to be Dr Scharf using #machinelearning that shows the value of zircon grain shape and texture for predicting source rock silica. doi.org/10.1016/j.epsl…

New #openaccess paper in #EPSL led by soon to be Dr Scharf using #machinelearning that shows the value of zircon grain shape and texture for predicting source rock silica. 
doi.org/10.1016/j.epsl…
Milo Barham (@milo_barham) 's Twitter Profile Photo

Great #permanent #lectureship opportunity for someone to come and join us in Earth and Planetary Sciences Curtin University staff.curtin.edu.au/job-vacancies/…

Timescales of Mineral Systems Group (@timescaleseps) 's Twitter Profile Photo

We are currently advertising for a new #fullyfunded #PhD position in collaboration with the Geological Survey of Western Australia on Early Earth Isotope Geochemistry. Open until filled but expected to be in position by March 2025 - scholarships.curtin.edu.au/Scholarship/?i…

Milo Barham (@milo_barham) 's Twitter Profile Photo

Dive into our new paper in Basin Research exploring the complexities of sediment routing and mixing around Perth and the imprint of fluvial systems on the continental shelf despite the Holocene transgression doi.org/10.1111/bre.70…

Dive into our new paper in <a href="/BasinResearch/">Basin Research</a> exploring the complexities of sediment routing and mixing around Perth and the imprint of fluvial systems on the continental shelf despite the Holocene transgression 
doi.org/10.1111/bre.70…
Milo Barham (@milo_barham) 's Twitter Profile Photo

Some choice quotes in here - "shocking mismanagement... ...unabated corporatisation of the sector. Rampant casualisation, wage theft and enormous workloads... crushing staff, and now hundreds will be without a job" theguardian.com/australia-news…

Timescales of Mineral Systems Group (@timescaleseps) 's Twitter Profile Photo

New #openaccess paper with JohndeLaeter Centre. Unravelling #Earth history using the detrital record is impeded by biases. Here we demonstrate the value of in-situ Rb-Sr dating of detrital mica to resolve low temperature events and more direct sediment derivation - doi.org/10.1016/j.chem…

New #openaccess paper with <a href="/JDLCentre/">JohndeLaeter Centre</a>. Unravelling #Earth history using the detrital record is impeded by biases. Here we demonstrate the value of in-situ Rb-Sr dating of detrital mica to resolve low temperature events and more direct sediment derivation - doi.org/10.1016/j.chem…
Timescales of Mineral Systems Group (@timescaleseps) 's Twitter Profile Photo

New paper in #EarthScienceReviews led by Chinese colleagues using sediment provenance to explore the evolution of the mighty, most sediment laden, Tibetan Plateau draining, Yellow River (Huang He). Like the river, it is a long one! authors.elsevier.com/c/1kD7Y2weQwxww

New paper in #EarthScienceReviews led by Chinese colleagues using sediment provenance to explore the evolution of the mighty, most sediment laden, Tibetan Plateau draining, Yellow River (Huang He). Like the river, it is a long one! 
authors.elsevier.com/c/1kD7Y2weQwxww
Timescales of Mineral Systems Group (@timescaleseps) 's Twitter Profile Photo

Congratulations to the latest TMSG, #EPS and #Curtin doctors who graduated last night - the exceptionally talented Drs @anthony__clarke, Taryn Scharf and Isabel Zutterkirch (with HoS Prof. Martin Van Kranendonk) 🥳

Congratulations to the latest TMSG, #EPS and #Curtin doctors who graduated last night - the exceptionally talented Drs @anthony__clarke, Taryn Scharf and Isabel Zutterkirch (with HoS Prof. Martin Van Kranendonk) 🥳
Milo Barham (@milo_barham) 's Twitter Profile Photo

#Provenance researchers please join us in Wellington, New Zealand 2026 for the IAS International Association of Sedimentologists IAS 22nd International Sedimentological Congress confer.co.nz/isc2026/tecton…

#Provenance researchers please join us in Wellington, New Zealand 2026 for the IAS <a href="/sedimentology/">International Association of Sedimentologists IAS</a>  22nd International Sedimentological Congress
confer.co.nz/isc2026/tecton…
Timescales of Mineral Systems Group (@timescaleseps) 's Twitter Profile Photo

Don't forget to get your abstracts in for the session on "Next Generation Sediment Provenance: More Holistic Understanding of Source Regions, Sediment Pathways, and Depositional Settings" with Milo Barham, Angana Chaudhuri, InesP, M. Dröllner and K. Sundell

Milo Barham (@milo_barham) 's Twitter Profile Photo

Understanding the complexities of ancient continental scale sediment routing is especially challenging. Our latest work brings some interesting aspects to light.