Amapa

Laranjal do Jari, Brazil Climate

NASA POWER reanalysis for the half-degree grid cell around Laranjal do Jari, 1991-2020; a grid cell is an area average and can differ from a thermometer in town by several degrees

The warmest month is November, with an average high of 35°C; the coldest is July, with an average low of 23°C. A normal year brings 2038 mm of precipitation.

Temperature through the year

The normal daily high and low. The line marks today.

Normal daily high and low temperature at Laranjal do Jari through the year, in °C, with the record for each date.152025303540JanFebMarAprMayJunJulAugSepOctNovDec
  • Normal low
  • Normal high
  • Reanalysis extreme high
  • Reanalysis extreme low

Normals for Sep 24

Normal high
33°C
Normal low
23°C
Reanalysis high
37°Cin 2019
Reanalysis low
22°Cin 1997
Chance of a wet day
32%
Daylight
12 h 06 min

Month by month

Averages for 1991-2020. Wet days have at least 1 mm of precipitation in the reanalysis. Each month links to its own page.

MonthAvg highAvg lowWarmestColdestPrecipitationWet days
January30°C23°C37°C (2016)21°C (2011)195 mm24.8
February29°C23°C35°C (1992)21°C (2007)249 mm25.4
March28°C23°C33°C (2010)21°C (1999)301 mm27.9
April28°C23°C30°C (2020)21°C (2000)336 mm30.0
May28°C23°C30°C (1998)21°C (1996)291 mm27.9
June28°C23°C30°C (2017)21°C (2000)210 mm27.0
July28°C23°C32°C (2014)21°C (2007)140 mm24.8
August30°C23°C35°C (2018)20°C (2000)71 mm15.5
September32°C23°C37°C (2019)20°C (2002)42 mm9.0
October35°C24°C39°C (2015)21°C (1991)40 mm9.3
November35°C24°C39°C (2015)21°C (1992)51 mm9.0
December33°C24°C38°C (2017)21°C (1992)112 mm18.6
Year30°C23°C2038 mm249

Precipitation

Rain and melted snow together. The chance of a wet day is the share of days with at least 1 mm of precipitation in the reanalysis.

2038 mm in a normal year, most in April.

Chance of a wet day

The chance of at least 1 mm of precipitation in the reanalysis on each date at Laranjal do Jari, in percent.020406080100JanFebMarAprMayJunJulAugSepOctNovDec
  • Chance of a wet day

Humidity and comfort

NASA POWER reanalysis, 1991-2020, for the grid cell around Laranjal do Jari.

The muggiest month is January, when 100 percent of days are muggy or worse, with a mean dew point of 18°C or more.

MonthDew pointHumidityDryComfortableHumidMuggyOppressiveMiserable
January23°C83%0%0%0%7%87%6%
February23°C90%0%0%0%0%77%23%
March24°C92%0%0%0%0%62%38%
April24°C93%0%0%0%0%46%54%
May24°C93%0%0%0%0%42%58%
June24°C93%0%0%0%0%63%37%
July24°C91%0%0%0%0%83%17%
August23°C87%0%0%0%0%86%14%
September23°C79%0%0%0%5%92%3%
October21°C68%0%0%1%39%60%0%
November21°C65%0%0%3%53%44%1%
December22°C72%0%0%1%33%65%2%

Comfort is judged by the day's mean dew point: dry below 13°C, comfortable to 16°C, humid to 18°C, muggy to 21°C, oppressive to 24°C, miserable above.

Clouds

Average share of the sky covered, from satellite (CERES and GEWEX SRB) by way of NASA POWER, 1991-2020.

The clearest month is September, with the sky 42 percent covered on average; the cloudiest is March, at 85 percent.

Wind

The mean wind speed over the whole day, from the MERRA-2 reanalysis by way of NASA POWER. Gusts run well above it.

The windiest month is October, averaging 4.3 km/h at 10 meters (33 feet) above the ground.

Daylight and sunshine

The longest day is Jan 1, with 12 h 11 min of daylight; the shortest is May 23, with 12 h 04 min.

Hours of daylight at Laranjal do Jari through the year.0510152025JanFebMarAprMayJunJulAugSepOctNovDec
  • Day length

Solar energy

Average daily sunshine reaching the ground on a flat surface, in kilowatt-hours per square meter, clouds included.

Sunrise and sunset calendar

Month pages

The weather in Laranjal do Jari in each month, day by day.

What this means

A normal is the average of the thirty years 1991 to 2020, the period the World Meteorological Organization and NOAA use for comparison. It is an average, not a forecast: most days depart from it, and some by a long way.

Where no station record is within reach, the extremes shown are the highest and lowest the reanalysis produced for the date in 1991-2020, not measured records.

Cloud, humidity, wind and sunshine come from a reanalysis: a weather model run over the past with every observation fed in, averaged over a grid cell about 50 km across. It is consistent everywhere on Earth; it smooths local detail such as a lake shore or a valley.

More for this place

Sources

Cloud, humidity, wind and sunshine, and temperature and precipitation: NASA POWER (MERRA-2, CERES and GEWEX SRB), 1991-2020. The data was obtained from the National Aeronautics and Space Administration (NASA) Langley Research Center's Prediction Of Worldwide Energy Resources (POWER) project funded through the NASA Earth Science Division: POWER Daily API v2, accessed 2026-09-24. Sun and moon: computed with the NOAA solar equations and Meeus.