The Kenya Meteorological Department has outlined disaster mitigation measures in preparation for adverse weather conditions related to climate change. Principal Meteorologist Joyce Kimutai discussed the forecasting process and stakeholder engagement to ensure informed local planning. Moreover, the recent high temperatures in the country are interpreted as normal pre-rainy season conditions.
The Kenya Meteorological Department has introduced disaster mitigation strategies in anticipation of adverse weather due to changing climate patterns. Principal Meteorologist and Climate Scientist Joyce Kimutai discussed the organization’s efforts to inform counties about weather forecasts, highlighting the process of generating and sharing timely information for local planning and preparedness.
Kimutai explained that the forecasting process involves centralized data generation, followed by the dissemination of these forecasts to counties, where they are analyzed further. The department conducts participatory workshops, involving key stakeholders, particularly from weather-sensitive sectors, to develop actionable plans based on the generated information.
Kimutai elaborated on utilizing long-term climate data to identify normal rainfall patterns for various regions. For instance, she noted that in the lake region, a normal rainfall measurement could be around 120 millimeters, while above-normal conditions could significantly exceed this amount, potentially reaching 200 or even 300 millimeters in certain seasons.
The Meteorological Department emphasizes stakeholder engagement to assess the forecast implications on economic activities. By collaborating with local communities, particularly farmers, the department aims to facilitate informed decision-making, thereby mitigating risks associated with extreme weather conditions.
Recently, the Director of the Kenya Meteorological Department, Dr. David Gikungu, commented on the unusually high temperatures observed across the country. He indicated that temperatures have risen, reaching 32°C in the Highlands East of the Rift Valley while other regions have surpassed 36°C. Such conditions are expected before the onset of the long rainy season, attributed to the sun’s position and its effect on atmospheric pressure and weather patterns.
In conclusion, the Kenya Meteorological Department is proactively addressing potential disasters stemming from climate change through systematic forecasting and stakeholder engagement. By sharing vital climate data and involving local communities, the Department aims to enhance preparedness for adverse weather conditions. Understanding regional climate patterns further supports informed decision-making, essential for mitigating risks associated with extreme weather phenomena.
Original Source: www.kenyans.co.ke
