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| 1 | Extreme Rainfall Events and Associated Natural Hazards in Alaknanda Valley, Indian Himalayan Region显示文摘Entire Himalayan region is vulnerable to rain-induced (torrential rainfall) hazards in the form of flash flood, cloudburst or glacial lake outburst flood.Flash floods and cloudburst are generally caused by high intensity rainfall followed by debris flow or landslide often resulting into blockade of river channels. The examples of some major disasters caused by torrential rainfall events in last fifty years are the flash floods of 1968 in Teesta valley, in 1993 and 2000 in Sutlej valley, in 1978 in Bhagirathi and in 1970 in Alaknanda river valleys. The formation of landslide dams and subsequent breaching is also associated with such rainfall events. These dams may persist for years or may burst within a short span of its formation. Due to sudden surge of water level in the river valleys, havoc and panic are created in the down stream. In Alaknanda valley, frequencies of such extreme rainfall events are found to be increasing in last two decades. However, the monthly trend of extreme rainfall events has partly indicated this increase. In most of the years extreme rainfall events and cloudburst disaster were reported inAugust during the later part of the monsoon season. | JOSHI Varun KUMAR Kireet | 2006 | Journal of Mountain Science2006，3，3： | 4 |
| 2 | Upper Gastrointestinal Symptoms and Associated Disorders in Morbidly Obese Patients: A Prospective Study显示文摘 | Sudhir K. Dutta Manish Arora Agrawal Kireet Hany Bashandy Alejandro Gandsas | 2009 | Digestive Diseases and Sciences2009，，6： | 1 |
| 3 | Vulnerability assessment of the Satluj catchment for sustainable development of hydroelectric projects in the northwestern Himalaya显示文摘Hydropower if scientifically developed is considered to be one of the clean and non-polluted renewable energy sources.But its impacts always exist on physical and social environment of the area.The present study was conducted in the River Satluj basin which is well known for its hydropower potential.The main objective of the study was to understand the vulnerability of the Satluj basin and to develop a strategy for the development of hydropower projects.This basin has been facing many problems relating to construction of haphazard development of hydropower projects.This has led multi-hazards like landslides,floods,earthquakes,etc.Here,vulnerability assessment index was assessed quantitatively and qualitatively.Geographical Information System and people’s perception were used to study these aspects in the basin.The parameters considered for vulnerability assessment were slope,slope profile,relative relief,curvature,slope aspect,soil texture,lithology,river morphometry,precipitation,hydroelectric projects,land use and land cover,mass-movement,flood,geological elements and earthquake occurrences.The highest vulnerability was found in the middle zone,and finally on the basis of parameters analyzed;the hydropower’s development strategy was developed. | Jagdish Chandra KUNIYAL Amit JAMWAL Nidhi KANWAR Bhim CHAND Kireet KUMAR Pitamber Prasad DHYANI | 2019 | Journal of Mountain Science2019，16，12： | 1 |
| 4 | Upper gastrointestinal symptoms and associated disorders in morbidly obese patients: a prospective study显示文摘 | Dutta S K Arora M Kireet A | 2009 | Dig Dis Sci2009，54，6： | 1 |
| 5 | Runoff and soil loss from steep slopes treated with low cost bioengineering measures显示文摘 | Kireet Kumar Deep Pant Y.S. Panda G.S. Satyal | 2002 | The Environmentalist2002，，2： | 1 |
| 6 | 印度喜马拉雅中部阿拉克南达集水区的气候可变性、脆弱性和应对机制显示文摘本文对喜马拉雅中部阿拉克南达集水区进行了研究,发现了其降雨和温度格局的趋势。分析了过去10年的年降雨量、季风降雨及过去几十年的年平均温度。确定趋势使用的是非参数方法(曼肯德尔[Mann-Kendall]和森氏[Sen]方法)。曼肯德尔检验表明降雨下降而温度升高,在两个海拔区,这些趋势在95%的置信区间上呈统计学显著。森氏方法也证实了这个趋势。这个现象必须严肃对待,原因很简单,如果同样的趋势在未来持续下去的话,那么干旱的可能性将大为增加。集水区的人民已经察觉到气候变化的影响,在当地已经开发出了应对机制。 | Kireet Kumar Sneh Joshi Varun Joshi 王胜(译) | 2008 | AMBIO-人类环境杂志2008，37，4： | 0 |
| 7 | Crustal Deformation Revealed by GPS in Kumaun Himalaya,India显示文摘The foremost Global Positioning System(GPS) derived measurements in the Kumaun Himalaya indicate that most of the crustal motion of the Indian plate is accommodating towards the base as well as on the hanging wall of Main Central Thrust(MCT).Deformation pattern within the Kumaun Himalaya varies from south to north and indicates maximum deformation rate near MCT.Our study,based on the campaign mode GPS survey during 2003- 2006,reveals that the area between north of North Almora Thrust(NAT) and at the base of Great Himalaya registers maximum strain rate,which is lowered towards the Trans Himadri Fault(THF).The GAMIT-GLOBK processed campaign data of the area show that currently,the Himalayan Frontal Fault(HFF) and Main Boundary Thrust(MBT) are locked with the Indian plate,and a 6.7 ± 2.5 mm/yr of horizontal shortening is taking place between the Lesser Himalaya and Peninsular India. | Rakesh K.DUMKA Bahadur S.KOTLIA Kireet KUMAR Gokul S.SATYAL Lalit M.JOSHI | 2014 | Journal of Mountain Science2014，11，1： | 0 |
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