Now
☀️
26.5°
Loading current temperature, humidity, wind, and air quality context for Kuchaiburi, Odisha, India.
Current temperature, humidity, wind, and air quality context for Kuchaiburi, Odisha, India.
Clear sky
Feels like 31.2°C
Humidity
82%
Relative humidity
Wind
5.6 km/h
WSW
UV
0.05
Low
Pressure
1003.1 hPa
Surface pressure
Now
☀️
26.5°
05am
☀️
26.6°
06am
☀️
27.9°
07am
☀️
29.9°
08am
☀️
32.1°
09am
☀️
34.2°
10am
☀️
35.7°
11am
☀️
36.5°
12pm
☀️
36.8°
💧10%
01pm
🌦️
37.2°
💧23%
02pm
🌤️
37°
💧35%
03pm
☀️
36.7°
💧44%
04pm
☀️
35.8°
💧51%
05pm
☀️
33.5°
💧51%
06pm
☀️
32°
💧37%
07pm
☀️
31.5°
💧16%
08pm
☀️
31.2°
09pm
☀️
30.6°
10pm
☀️
30°
11pm
☀️
29.7°
12am
☀️
29.4°
01am
☀️
29.1°
02am
☀️
29°
03am
☀️
28.7°
Loading air quality context...
31.2°C
5° warmer than actual
82%
Very Humid
5.6 km/h
Direction: WSW
0.05
Low
13%
Sky coverage
0 mm
Current rainfall
Kuchaiburi sits within the verdant, undulating landscape of Odisha, serving as a transitional node between intensive agricultural plains and the rising topography of the eastern plateau. This specific geographic positioning creates a complex atmospheric environment where the urban-rural gradient is relatively compressed. The terrain, characterized by gentle slopes and interspersed with local depressions, influences how air masses move through the settlement. Being situated away from the immediate coastal breeze of the Bay of Bengal, Kuchaiburi does not benefit from the same consistent maritime flushing seen in cities like Bhubaneswar or Cuttack. Instead, the local topography can occasionally trap pollutants within low-lying pockets during periods of low wind speed. The surrounding landscape is dominated by vast agricultural stretches, where the seasonal cycles of cultivation and harvesting play a decisive role in the local aerosol load. As a smaller urban center with a population of approximately 34,929, the city experiences localized emissions from domestic biomass combustion and increasing vehicular traffic on regional transit corridors. The lack of high-rise verticality prevents the creation of significant urban canyons, but the proximity to unpaved arterial roads means that crustal dust remains a persistent component of the particulate matter profile. Consequently, the air quality in Kuchaiburi is a delicate interplay between the cleansing effects of regional monsoon winds and the concentrated emissions from localized land-use activities and seasonal agricultural management practices annually throughout the entire year to maintain the local ecological balance and ensure that the atmosphere stays breathable for all its many diverse local residents.
The atmospheric character of Kuchaiburi follows a distinct tropical rhythm, where air quality is dictated by the heavy hand of the monsoon and the stillness of the winter months. During the monsoon season, spanning from June to September, the air is typically at its cleanest. Frequent, heavy rainfall acts as a natural scrubbing mechanism, washing particulates from the sky and depositing dust onto the ground, making this the ideal period for outdoor physical activities. As the rains retreat, the transition into the post-monsoon and winter months brings a shift in meteorological stability. From November to February, Kuchaiburi often experiences temperature inversions, where a layer of warmer air traps cooler, pollutant-laden air near the surface. During these months, particularly in the early mornings, the combination of low wind speeds and agricultural residue burning can lead to significant haze. This period requires heightened vigilance, especially for sensitive groups such as children, the elderly, and individuals with respiratory conditions. Summer, from March to May, introduces a different challenge: high temperatures and thermal turbulence. While vertical mixing is better in the heat, the prevalence of wind-blown dust from dry soils and unpaved roads can elevate particulate levels. For optimal respiratory health, residents should favor the monsoon and early autumn for strenuous outdoor exercise. During the winter haze, it is advisable to limit prolonged outdoor exposure during the pre-dawn and late-evening hours when atmospheric stagnation is most pronounced throughout the season to ensure that the health of all citizens is carefully and actively maintained daily.