Delhi – NCR Weather – IMD issues rain alert in Delhi over the next 5 Days, Here Full Forecast

Delhi — NCR Weather: Light rain was recorded in Delhi on Tuesday morning due to a western disturbance. The mood of the weather in Delhi is changing once again. After the rain, people started feeling cold again. According to the Indian Meteorological Department (IMD), drizzle will continue intermittently throughout the day.
Drizzle may also occur on Wednesday, February 5. According to the Meteorological Department, the fog level is expected to increase in Delhi-NCR. Dense fog has been recorded in different parts of the city. According to the IMD, a thunderstorm is also also possible on Tuesday.
The temperature will decrease gradually.
The minimum temperature in Delhi has been recorded at 12 degrees Celsius, which the IMD describes as above normal for February. The maximum temperature is 21 degrees Celsius. The minimum temperature across North-West India will increase for two days and gradually decrease by 2-3 degrees in the next three days.
Delhi Weather Forecast
According to the Meteorological Department, it will clear by late night on February 4. There was less rain in the capital in January, with 6.5 mm recorded throughout the month. At the same time, up to 5 mm of rain fell on Tuesday, which can lead to a drop in the maximum temperature.
In addition, the minimum temperature will decrease on February 5. Between February 5 and 7, moderate to dense fog can prevail. The next round of rain can occur on February 10 and 11. Due to the increase in wind speed, the air quality in Delhi has slightly improved. After five days, the AQI has come below 300, indicating a poor to poor category.
The air quality will remain around this level for the next two days. However, due to different weather factors, the people of Delhi are not getting complete relief from polluted air this time. Due to weak western disturbances, there has been 65 per cent less rain than usual in January, which has resulted in a large quantity of dust and smoke particles in the atmosphere.