A new report from Meteo Rwanda indicates that rainfall recorded between April 21 and April 30, 2026, was lower than typically expected for this time of year, despite late April usually being one of the wettest periods in Rwanda’s seasonal calendar.
According to the agency, reduced rainfall was observed across much of the country, with only a few (areas) experiencing above-average precipitation.
These included parts of Kigali City, sections of the Eastern Province, and districts such as Karongi, Rutsiro, Nyaruguru, Burera, Kamonyi, Ruhango, and Nyanza.
The highest rainfall during this period was recorded in Nyamata station, located in Bugesera District (Eastern Province), where 129.2 mm of rain was measured. In contrast, the lowest rainfall—31.7 mm—was observed at Kamembe station in Rusizi District (Western Province).
Beyond rainfall patterns, the report also highlights a noticeable increase in both maximum and minimum temperatures across many regions compared to previous years.
Average daytime temperatures ranged from 19.2°C in Kinigi (Musanze District, Northern Province) to a high of 30.1°C in Bugarama (Rusizi District, Western Province).
Meanwhile, nighttime temperatures varied between 13.2°C in Busogo (Musanze District) and 21°C in Bugarama.
Looking ahead, Meteo Rwanda forecasts that the first ten days of May 2026 will bring rainfall within the normal range for the season.
Rainfall is expected to vary between 28 mm and 105 mm nationwide.
Farmers are being encouraged to stay informed through regular weather updates and to consult local agricultural experts.
Recommended activities for the ongoing agricultural Season B include weeding, applying fertilizers, and taking precautions against potential hazards such as strong winds, lightning, and heavy rains.
Livestock keepers are also advised to seek guidance from veterinary professionals to ensure proper animal care in response to the changing weather conditions.
As Rwanda transitions into May, authorities emphasize preparedness and proactive measures to mitigate weather-related risks while maximizing agricultural productivity.
By Andrew shyaka
