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Park climate1991–2020 climate normals333 m source elevationNASA POWER

Twelve month dataset reflecting 1991 to 2020 long-term atmospheric patterns at 333 meters.

Monthly Climate Normals and Atmospheric Averages for Site paléontologique de La Lieude

Access long-term climatic records derived from NASA POWER measurements for the Site paléontologique de La Lieude representative point. Data highlights include monthly average minimum, mean, and maximum temperatures alongside precipitation rates, relative humidity, wind speed, and daylight hours. These figures provide a historical 1991 to 2020 climatology reference, distinct from current weather or short-term forecasting models.

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Annual climate pattern

Monthly averages for temperature range and daily precipitation rates from long-term records

Site paléontologique de La Lieude Annual Climate Normals and Temperature Patterns

Average minimum, mean, and maximum temperatures track a twelve-month thermal cycle across the sampled coordinate at Site paléontologique de La Lieude. Average daily precipitation rates accompany this temperature progression using historical NASA climatology data from 1991 to 2020.
Mean temperatureAverage minimum–maximum rangePrecipitation
Temperature (°C)PrecipitationUp to 2.6 mm/day-10°0°10°20°30°40°5°5°8°11°15°20°23°23°18°14°9°6°01231.91.51.52.21.91.30.81.11.92.62.51.9JanFebMarAprMayJunJulAugSepOctNovDec
Annual mean
13 °C
Warmest month
July
Coolest month
January
Wettest month
October
Twelve-month climate

Analyze monthly temperature bounds, average daily precipitation, humidity, wind speed, and calculated daylight across the calendar year.

Site paléontologique de La Lieude Weather by Month: Complete Twelve-Month Climate Comparison

Examine twelve consecutive months of long-term climate normals for Site paléontologique de La Lieude to evaluate shifts in temperature ranges and precipitation rates. Comparing all monthly variables across the representative coordinate reveals how atmospheric conditions and daylight hours evolve throughout the annual cycle.
Mean temperaturePrecipitationHumidityWind speedDaylight
January4.9 °C-3.8° to 14.1°1.9 mm/day86.9%4.1 m/s9.2 hours
February5.3 °C-3.8° to 15.8°1.5 mm/day83.2%4.3 m/s10.3 hours
March8.3 °C-1.4° to 19.6°1.5 mm/day79.2%4.2 m/s11.7 hours
April11.1 °C1.3° to 22.5°2.2 mm/day75.9%4 m/s13.2 hours
May15.1 °C5° to 27°1.9 mm/day72.4%3.8 m/s14.5 hours
June19.7 °C9.3° to 32.4°1.3 mm/day64.4%3.5 m/s15.2 hours
July22.7 °C12.3° to 34.4°0.8 mm/day57.2%3.6 m/s14.9 hours
August22.6 °C11.9° to 34.8°1.1 mm/day58.3%3.3 m/s13.7 hours
September18.2 °C8.1° to 30.2°1.9 mm/day66.7%3.4 m/s12.3 hours
October13.9 °C3.4° to 24.8°2.6 mm/day79%3.7 m/s10.7 hours
November8.7 °C-0.7° to 18.8°2.5 mm/day84.8%4.1 m/s9.4 hours
December5.7 °C-3° to 14.7°1.9 mm/day87%4 m/s8.8 hours
Calculated climate highlights

Evaluating long-term monthly averages for temperature, precipitation, wind, and daylight duration

Calculated Monthly Climate Highlights and Seasonal Contrasts at Site paléontologique de La Lieude

Calculated monthly highlights at Site paléontologique de La Lieude summarize twelve stored climatology records to reveal comparative peaks in temperature, precipitation, humidity, wind, and daylight duration. These values reflect long-term averages derived from a single representative coordinate rather than isolated weather records or observed extremes.
Warmest month
July22.7 °C
Coolest month
January4.9 °C
Wettest month
October2.6 mm/day
Driest month
July0.8 mm/day
Most humid month
December87%
Windiest month
February4.3 m/s
Longest daylight
June15.2 hours

Interactive climate map

Compare National Park Climate Data Through an Interactive Global Map

Visit the MoriAtlas climate map to compare long-term monthly temperature and precipitation metrics across national parks. This visual interface helps you understand seasonal variations at specific protected area coordinates to deepen your knowledge of global park geography and environmental characteristics.

Global National Park Climate Map
Other park climates

Examine monthly temperature, precipitation, and seasonal variations across diverse protected landscapes

Comparing Site paléontologique de La Lieude Climate Profiles with Other Protected Areas

Analyzing standardized monthly climate normals across multiple protected areas reveals distinct atmospheric patterns and regional variations. Long-term records for temperature, precipitation rhythm, humidity, wind, and daylight provide a consistent baseline for evaluating different geographic settings.
MoriAtlas Explorer

Discover the Geological Significance of Site paléontologique de La Lieude

Continue your geographic exploration into the Site paléontologique de La Lieude to learn more about its role as a protected paleontological locality in the Hérault department. This MoriAtlas destination provides clear insight into the site's fossil-rich terrain and its importance as a prehistoric reference point for Permian research in western Europe.

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