Role of weather modification technology in climate change adaptation: Indonesian case
Автор: Seto Tri Handoko, Sakya Andi Eka, Prayoga M. Bayu rizky, Sunarto Faisal
Журнал: Региональные проблемы @regionalnye-problemy
Рубрика: Climate change and sustainable agriculture
Статья в выпуске: 3-1 т.21, 2018 года.
Бесплатный доступ
Climate change has caused unexpected weather and extreme climate which induces increase both frequency and scale of intensity of hydro-meteorological disasters. As a maritime continent and lies at the equator, Indonesia became one of the most affected countries by climate change. The event of El Nino in 2015 which costed up to 0.2% of GDP became a very typical case related to extreme climates. Instead of farmers are blessed by fertility due to surroundings seasonal regular periodicity and ring-of-fire, the seasonal period shows a shift in rainfall and drought periods in the last 60 years. It thus affects the cropping pattern and damage the soil fertility. In an effort to handle prolonged drought and its effect on forest and land fire prevention, the so-called rain making of Weather Modification Technology (WMT) is conducted. Basically, the cloud atmospheric intervention is stimulated by sodium particles, the process of which is left naturally. The use of WMT for other purpose is to intervene in potentially heavy rain and water shed recharge. Activities of WMT are being introduced to accommodate the adaptation of climate change process. Several examples of WMT successful delivery are presented.
Climate change, hydro-meteorological disaster, prolonged drought, weather modification technology
Короткий адрес: https://sciup.org/143165318
IDR: 143165318 | DOI: 10.31433/1605-220X-2018-21-3(1)-54-57
Список литературы Role of weather modification technology in climate change adaptation: Indonesian case
- Agency for the Assessment and Application of Technology, National Laboratory for Weather Modification Technology (2017) Weather Modification Technology Operation for Forest Fire Mitigation in Sumatra and Borneo. Executive Summary, Indonesia
- Corfidi SF (1996) Haze Over the Central and Eastern United States. National Weather Digest 3
- Lyons WA (1980) Evidence of transport of hazy air masses from satellite imagery. Ann NY Acad Sci 338: 418-433
- Monastersky R (1992) Haze clouds the greenhouse. Sci News 141: 232-233
- Neumann. J (1970) The Growth Of Cloud Droplets By Collision and Coalescence. In Proceeding of Syposium on Artificial Rain, 1970
- Spracklen DV, Carslaw KS, Pöschl U, (2011) Global Cloud Condensation Nuclei Influenced by Carbonaceous Combustion Aerosol. Atmos Chem Phys 11: 9067-9087