HACKING OF WEATHER USING ARTIFICIAL TECHNIQUE BY CLOUD SEEDING
Authors/Creators
- 1. Assistant Professor, Civil Engineering Department, Jaya Prakash Narayan College of Engineering, Mahbubnagar, Hyderabad, Telangana
Description
In 200,000 years old human history of existence on planet earth humans have evolved and have been striving to get better every day. In this process humans have altered every natural method to match there purposes and satisfy their needs. Humans therefore have reworked every irrigation process, cultivation process, river systems ETC; and have moved towards much more productivity methods in every field of life but humans couldn’t alter the weather according to their desire. Weather has been an important factor for any process to occur on this magnificent and beautiful planet. The word weather roughly means “the state of the atmosphere at a particular place and time as regards heat, cloudiness, dryness, sunshine, wind, rain ETC”. Of late humans have tried to alter the weather according to their desire to fulfil their needs since late 1990. In our project we are trying to perceive the relation between “weather, irrigation and rainfall”. This topic is a part of climate engineering, rainfall engineering and Irrigation engineering which are new streams of civil engineering domain. This civil engineering project gives an overview of the modern methods which have been recently adopted by various developed countries to make weather or precipitation act as they desire for. Hence, it means they have hacked the natural process of precipitation and made it artificial. Our project also tries to know the plight of farmers facing drought and floods due to irregularities in rainfall and steps taken by various central and state government organisations to rescue them from this crisis .But to our fate our government is least bothered about the farmers and hence leading to huge loss of population of this beautiful nation and its honest citizens by disasters which leave them helpless and hence in many cases farmers take extreme steps such as suicide and moving towards urbanisation. Our project also consists of photographic references and various other data collected from meteorological department, forest department, irrigation department, land records department, Agriculture department and RTI.
Files
200.pdf
Additional details
References
- 1. ASCE, 2003: Standard practice for the design and operation of hail suppression projects. American Society of Civil Engineers, EWRI/ASCE 39-03, 79p. Balasch, S., R. Romero and A. Ferrer, 2004: A logistic regression model applied to evaluate the influence of operating time of AgI ground acetonic generators onthe size and hardness of hail. Natural Hazards 32, 345-355. 2. Dessens, J., 1986: Hail in Southwestern France. II:Results of a 30-year hail prevention project with silver iodide seeding from the ground. J. Clim. Appl. Meteor., 25, 48-58. 3. Dessens, J., C. Berthet and J.L. Sanchez, 2006: A sensitivity test for hail prevention assessment with hailpad measurements. J. Wea. Modif., 38, 44-50. 4. Dessens J., C. Berthet and J.L. Sanchez, 2009: Seeding optimization for hail prevention with ground generators. J. Wea. Modif., 41, 104-111. 5. Farley, R.D., Hui Chen, H.D. Orville and M.R. Hjelmfelt, 1996: The numerical simulation of the effects of cloud seeding on hailstorms. 13thConf. on Weather Modification, Atlanta, Georgia, 23-30