Volume 1 Issue 5, May 2020
The Deepwater Horizon disaster was the largest accidental discharge of oil into the environment, and was intensely studied during and after the event. In this Review, the subsequent advances made in oil chemistry, dispersant application, and microbiology are discussed. See Kujawinski et al.
Image: David Wall/Alamy Stock Photo. Cover design: Carl Conway.
Research Highlights
- Erin Scott
- Graham Simpkins
- Laura Zinke
- Emily A. Baker
Research Highlight | 14 April 2020
Slow slip promoted by fault heterogeneity
Research Highlight | 23 April 2020
Unprecedented Greenland melt
Research Highlight | 14 April 2020
End-Triassic carbon runs deep
Tools of the Trade | 15 April 2020
Measuring stream temperature using thermal infrared imagery
Reviews
- Elizabeth B. Kujawinski
- , Christopher M. Reddy
- […]
- & Helen K. White
- Martyn P. Chipperfield
- , Ryan Hossaini
- […]
- & Susann Tegtmeier
- Gail M. Atkinson
- , David W. Eaton
- & Nadine Igonin
Review Article | 20 April 2020
The first decade of scientific insights from the Deepwater Horizon oil release
The Deepwater Horizon disaster was the largest accidental discharge of oil into the environment, and was intensely studied during and after the event. In this Review, the subsequent advances made in oil chemistry, dispersant application, and microbiology are discussed.
Review Article | 30 April 2020
Renewed and emerging concerns over the production and emission of ozone-depleting substances
New, non-compliant emissions of ozone-depleting substances and very short-lived substances challenge the continued success of the Montreal Protocol, and, thereby, the timescale for the recovery of the ozone layer. This Review discusses recent trends in anthropogenic and natural ozone-depleting substance and very short-lived substance emissions, and examines their potential impact on atmospheric ozone concentrations.
Review Article | 07 May 2020
Developments in understanding seismicity triggered by hydraulic fracturing
Hydraulic fracturing can trigger seismic events though a variety of direct and indirect mechanisms, and could result in injuries, fatalities and damage to critical infrastructure. This Review considers six fundamental issues to address how induced seismicity can be predicted or mitigated.
Amendments & Corrections
- Kirsi Niinimäki
- , Greg Peters
- […]
- & Alison Gwilt
Author Correction | 23 April 2020
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