1 month forecasts for Surface Temperature and its Anomalies
Papua New Guinea Domain
Nov 2019
<div style='text-align:left; color:white; font:25px bold Courier New; font-weight:900;'>1 month forecast for surface temperatures and its anomalies over PNG domain for the month of November 2019.<br><br>

NB: Forecast temperatures are represented in contour lines and temperature anomalies are represented in color shadings.</div>
Dec 2019
<div style='text-align:left; color:white; font:25px bold Courier New; font-weight:900;'>1 month forecast for surface temperatures and its anomalies over PNG domain for the month of December 2019.<br><br>

NB: Forecast temperatures are represented in contour lines and temperature anomalies are represented in color shadings.</div>
Jan 2020
<div style='text-align:left; color:white; font:25px bold Courier New; font-weight:900;'>1 month forecast for surface temperatures and its anomalies over PNG domain for the month of January 2020.<br><br>

NB: Forecast temperatures are represented in contour lines and temperature anomalies are represented in color shadings.</div>
Global Domain
Nov 2019
<div style='text-align:left; color:white; font:25px bold Courier New; font-weight:900;'>1 month forecast for surface temperatures and its anomalies over Global domain for the month of November 2019.<br><br>

NB: Forecast temperatures are represented in contour lines and temperature anomalies are represented in color shadings.</div>
Dec 2019
<div style='text-align:left; color:white; font:25px bold Courier New; font-weight:900;'>1 month forecast for surface temperatures and its anomalies over Global domain for the month of December 2019.<br><br>

NB: Forecast temperatures are represented in contour lines and temperature anomalies are represented in color shadings.</div>
Jan 2020
<div style='text-align:left; color:white; font:25px bold Courier New; font-weight:900;'>1 month forecast for surface temperatures and its anomalies over Global domain for the month of January 2020.<br><br>

NB: Forecast temperatures are represented in contour lines and temperature anomalies are represented in color shadings.</div>
Tropical Domain
Nov 2019
<div style='text-align:left; color:white; font:25px bold Courier New; font-weight:900;'>1 month forecast for surface temperatures and its anomalies over the Tropics for the month of November 2019.<br><br>

NB: Forecast temperatures are represented in contour lines and temperature anomalies are represented in color shadings.</div>
Dec 2019
<div style='text-align:left; color:white; font:25px bold Courier New; font-weight:900;'>1 month forecast for surface temperatures and its anomalies over the Tropics for the month of December 2019.<br><br>

NB: Forecast temperatures are represented in contour lines and temperature anomalies are represented in color shadings.</div>
Jan 2020
<div style='text-align:left; color:white; font:25px bold Courier New; font-weight:900;'>1 month forecast for surface temperatures and its anomalies over the Tropics for the month of January 2020.<br><br>

NB: Forecast temperatures are represented in contour lines and temperature anomalies are represented in color shadings.</div>
1 month forecasts for Daily Rainfall (mm/day) and its Anomalies
Papua New Guinea Domain
Nov 2019
<div style='text-align:left; color:white; font:25px bold Courier New; font-weight:900;'>The above product shows 1-month forecast for daily rainfall (mm/day) and its anomalies for November 2019. <br>
Predicted rainfall amounts (mm/day) are presented in contour lines while colour shadings represent rainfall anomalies. <br><br>


Below Normal daily rainfall is predicted for Western Province and Gulf. <br><br>

Below Normal to Near-Normal daily rainfall is predicted for Central Province.

Milne Bay Province is expected to experience Normal daily rainfall. <br><br>

Morobe will experience Below Normal daily rainfall in November 2019. <br><br>

Near-Below Normal to Normal daily rainfall is predicted for Madang. <br><br>

Below Normal daily rainfall is predicted for East/West Sepik. <br><br>

Below Normal daily rainfall is forecasted for Highlands Region. <br><br>

West New Britain should expect Below Normal to Near-Normal daily rainfall. <br><br>

Normal daily rainfall is predicted for East New Britain Province. <br><br>

Southern part of New Ireland will experience Above Normal daily rainfall while rest of New Ireland should expect Normal daily rainfall. <br><br>

Manus should expect Normal daily rainfall. <br><br>

Normal to Above Normal daily rainfall is predicted for Bougainville Province. <br><br>

In conclusion, almost all of Papua New Guinea will experience Below Normal to Near-Normal daily rainfall in November 2019 while Normal to Above Normal daily rainfall is predicted for Milne Bay, East New Britain, New Ireland, Bougainville and Manus. <br>
Bougainville will be the wettest province in November 2019 compared to rest of the country. <br><br>
</div>
Dec 2019
<div style='text-align:left; color:white; font:25px bold Courier New; font-weight:900;'>The above product shows 1-month forecast for daily rainfall (mm/day) and its anomalies for December 2019. <br>
Predicted rainfall amounts (mm/day) are presented in contour lines while colour shadings represent rainfall anomalies. <br><br>


Near-Below Normal to Normal daily rainfall is predicted for Western Province in December 2019. <br><br>

Gulf is expected to experience Normal daily rainfall. <br><br>

Near-Below Normal daily rainfall is forecasted for Central Province. <br><br>

Milne Bay will experience Normal daily rainfall. <br><br>

Oro Province will experience Near-Below Normal daily rainfall. <br><br>

Morobe should expect Normal daily rainfall. <br><br>

Normal to Above Normal daily rainfall is predicted for Madang Province. <br><br>

Normal to Above Normal daily rainfall is forecasted for East Sepik Province. <br><br>

West Sepik should expect Normal daily rainfall. <br><br>

Normal daily rainfall is expected over Highlands Region. <br><br>

Normal daily rainfall is forecasted for West New Britain and East New Britain Province. <br><br>

Manus, New Ireland and Bougainville are all expected to experience Normal daily rainfall. <br><br>

In conclusion, Southern Region of Papua New Guinea is expected to experience Near-Below Normal daily rainfall while rest of the country should expect Normal daily rainfall. <br>
This indicates that northern parts of the country, NGI and Highlands Region should expect transition period from dry to wet conditions ahead of Southern Region. <br>
Furthermore, Madang is expected to be the wettest province in December 2019 compared to the rest of the country. <br><br>
</div>
Jan 2020
<div style='text-align:left; color:white; font:25px bold Courier New; font-weight:900;'>The above product shows 1-month forecast for daily rainfall (mm/day) and its anomalies for January 2020. <br>
Predicted rainfall amounts (mm/day) are presented in contour lines while colour shadings represent rainfall anomalies. <br><br>


Normal to above Normal daily rainfall is predicted for Western Province and Gulf. <br><br>

Southern Highlands Province will experience Above Normal daily rainfall while rest of Highlands Region should expect Normal daily rainfall.<br><br>

Central Province will still be experiencing Near-Below Normal to Normal daily rainfall, similar condition to December 2019. <br><br>

Normal daily rainfall is forecasted for Milne Bay Province. <br><br>

Oro Province should expect Normal daily rainfall. <br><br>

Morobe is expected to experience Normal daily rainfall. <br><br>

Normal daily rainfall is predicted for Madang, East Sepik and West Sepik Province. <br><br>

Normal daily rainfall is predicted for West New Britain and East New Britain. <br><br>

Manus, New Ireland and Bougainville are expected to experience Normal daily rainfall respectively. <br><br>

In conclusion, almost the entire country should expect Normal daily rainfall while Western Province, Gulf and Southern Highlands Province are predicted to experience Above Normal daily rainfall and are expected to be the wettest provinces in January 2020 compared to rest of the country. <br><br>
</div>
Global Domain
Nov 2019
<div style='text-align:left; color:white; font:25px bold Courier New; font-weight:900;'>1 month forecast for daily rainfall(mm/day) and its anomalies over Global domain for the month of November 2019.<br><br>

NB: Forecast rainfall amounts are represented in contour lines and rainfall anomalies are represented in color shadings.</div>
Dec 2019
<div style='text-align:left; color:white; font:25px bold Courier New; font-weight:900;'>1 month forecast for daily rainfall(mm/day) and its anomalies over Global domain for the month of December 2019.<br><br>

NB: Forecast rainfall amounts are represented in contour lines and rainfall anomalies are represented in color shadings.</div>
Jan 2020
<div style='text-align:left; color:white; font:25px bold Courier New; font-weight:900;'>1 month forecast for daily rainfall(mm/day) and its anomalies over Global domain for the month of January 2020.<br><br>

NB: Forecast rainfall amounts are represented in contour lines and rainfall anomalies are represented in color shadings.</div>
Tropical Domain
Nov 2019
<div style='text-align:left; color:white; font:25px bold Courier New; font-weight:900;'>1 month forecast for daily rainfall(mm/day) and its anomalies over the Tropics for the month of November 2019.<br><br>

NB: Forecast rainfall amounts are represented in contour lines and rainfall anomalies are represented in color shadings.</div>
Dec 2019
<div style='text-align:left; color:white; font:25px bold Courier New; font-weight:900;'>1 month forecast for daily rainfall(mm/day) and its anomalies over the Tropics for the month of December 2019.<br><br>

NB: Forecast rainfall amounts are represented in contour lines and rainfall anomalies are represented in color shadings.</div>
Jan 2020
<div style='text-align:left; color:white; font:25px bold Courier New; font-weight:900;'>1 month forecast for daily rainfall(mm/day) and its anomalies over the Tropics for the month of January 2020.<br><br>

NB: Forecast rainfall amounts are represented in contour lines and rainfall anomalies are represented in color shadings.</div>