1) Calculate the consecutive high-pressure days, as Fig. 4 by Bui et al. (2022, GRL). 

2) Code to find the time of emergence of MJO amplitude, as done by Bui et al. (2023, npj).

3) Calculate the eastward extension of the MJO, as shown in Fig. 4c by Bui et al. (2023, J. Climate). 

4) Python code to estimate the optimal number of clusters used, including the Elbow method and Silhouette coefficient, as done by Bui et al. (2023, J. Climate).

5) NCL code to calculate full/restricted linear regression models to estimate the feedback between soil moisture and next-day precipitation. See Bui et al. (2023, ERL) for details. 

1) Changes to the MJO in coupled and uncoupled aquaplanet simulations with 4xCO2. 

2) Diurnal cycle of wind speed and precipitation over the northern Australia coastal region. 

3) Summer midlatitude stationary wave patterns synchronize Northern Hemisphere wildfire occurrence. 

4) NCAR CGD Seminar. 

5) Response of the MJO to global warming patterns.

1) Some short videos discuss atmospheric phenomena and other related issues, including global warming/climate change.

2) How will the Madden-Julian Oscillation respond to climate change? ARC Centre of Climate Extremes, 2023 (News, Research briefs).

3) Discussing climate variability, climate change and climate prediction

4) MJO and global warming

5) Climate drivers in Australia 2023

1) English Communication for Scientists

2) Clear Skies Ahead Podcast

3) How to review a paper

4) Mentoring resources for scientists

5) How to write a quality peer review (funding)