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      • Ocean extremes
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      • The state of weather and climate extremes 2022
    • Journal publications
    • Briefing notes
    • Climate modelling
    • ARC Centre of Excellence for Climate Extremes Seminar Series
  • Study with us
    • Back
    • How to become a part of the ARC Centre of Excellence for Climate Extremes
    • How to become a climate scientist
    • Graduate opportunities expressions of interest
    • Undergraduate scholarships
    • Honours scholarships
    • PhD opportunities
    • Blogs
      • Back
      • Kim Reid’s PhD blog
  • For the community
    • Back
    • What is a climate extreme?
    • Science explained
    • The state of weather and climate extremes 2022
    • Information for climate model beginners
    • Teachers
    • WeatheX
    • Briefing notes
  • For policy makers
    • Back
    • What can we offer governments?
    • The state of weather and climate extremes 2022
    • Information for climate model stakeholders
    • Briefing notes
    • Knowledge brokerage team
    • Submissions
  • For industry
    • Back
    • Briefing notes
    • The state of weather and climate extremes 2022
    • Information for climate model stakeholders
    • Knowledge Brokerage Team
    • Agriculture and water resources
    • Fisheries
    • Finance

RP4 – Climate variability and teleconnections publications

  • Research brief: Cold core eddies take heat across sub-Antarctic front.

    Research brief: Cold core eddies take heat across sub-Antarctic front.

    CLEX researchers propose that 21% of the heat carried across the Subantarctic Front south of Tasmania is achieved by long-lived, cold-core eddies entering the Subantarctic Zone.

    Read More


    4 February 2019
  • Research brief: How the ocean moves heat

    Research brief: How the ocean moves heat

    The ocean plays a critical role in the climate system by transferring heat from the tropics toward the poles, helping to regulate regional climates. How this heat transport may change in the future remains a first order question in climate science.

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    25 January 2019
  • Research brief: What caused the rapid decline in Antarctic sea ice in 2016?

    Research brief: What caused the rapid decline in Antarctic sea ice in 2016?

    Antarctic sea ice extent underwent a rapid decline in the spring of 2016 and is still well below average now. CLEX researchers have tied the decline to natural variability of both the atmosphere and ocean in two articles published in Nature Communications this month.

    Read More


    18 January 2019
  • Research brief: Ice particle numbers plummet in Southern Ocean’s clouds

    Research brief: Ice particle numbers plummet in Southern Ocean’s clouds

    In 2016, Centre of Excellence for Climate Extremes researchers and colleagues measured Southern Ocean INPs for the first time in over four decades. The numbers of these particles were extremely low compared to other oceans and 100 times lower than the previous Southern Ocean measurement program conducted in the 1970s.

    Read More


    19 October 2018
  • Research brief: Global warming to transform Australia’s temperate marine ecosystems

    Research brief: Global warming to transform Australia’s temperate marine ecosystems

    Deep ocean reefs are likely to transform with global warming bringing together species from temperate and tropical waters that may have never coexisted before, according to new research published in Nature Climate Change.

    Read More


    9 October 2018
  • Research brief: Drivers of Antarctic sea ice volume change in CMIP 5 models

    Research brief: Drivers of Antarctic sea ice volume change in CMIP 5 models

    CLEX researchers find that ocean sea-ice models generally agreed on changes to average yearly cycle of freeze and melt in Antarctica, with dynamic processes dominating the sea ice edge and thermodynamic processes dominating the interior of the sea ice pack. However, the models disagreed about the trends of sea ice volume.

    Read More


    8 October 2018
  • Understanding the origin of ENSO diversity for improved forecasts

    Understanding the origin of ENSO diversity for improved forecasts

    Forecasting El Niño Southern Oscillation (ENSO) events, and anticipating how they may change with global warming remains a significant challenge for climate researchers. An ENSO complexity workshop held in November 2017 produced a follow-up paper summarising what we know about ENSO and its predictability.

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    2 October 2018
  • Research brief: Influence of the Madden-Julian oscillation on Costa Rican mid-summer drought timing

    Research brief: Influence of the Madden-Julian oscillation on Costa Rican mid-summer drought timing

    The Central American mid‐summer drought (MSD) is the decline in rainfall during the middle of the wet season over Central America, which has been shown to have strong effects on agriculture and bushfires in Costa Rica. The Madden–Julian oscillation (MJO) has been shown to influence Costa Rican rainfall on intra‐seasonal time scales, and therefore may…

    Read More


    27 September 2018
  • Research brief: Southern Ocean’s clockwise eddies are most productive

    Research brief: Southern Ocean’s clockwise eddies are most productive

    CLEX researchers found that counter-clockwise rotating eddies in the Southern Ocean mix the ocean deeper in winter, allowing more nutrients to enter their interiors, leading to higher productivity.  This work is important because eddy productivity plays a significant role in the exchange of carbon between the ocean and the atmosphere.

    Read More


    15 August 2018
  • Research brief: Understanding the origin of ENSO diversity for improved forecasts

    Research brief: Understanding the origin of ENSO diversity for improved forecasts

    It is hoped this proposed synthesis of two ENSO structures, their interaction with each other and how they respond to external forcing, will be the catalyst for future research and practical applications for forecasting and determining the impacts of present and future ENSO events.

    Read More


    25 July 2018
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