This site uses cookies, as explained in our terms of use. If you consent, please close this message and continue to use this site.
As part of an Atmosphere Initiative research, Manisha Mehra, a research associate at the International Centre for Integrated Mountain Development (ICIMOD) and the 2016 recipient of the Atmosphere Initiative PhD Fellowship, is undertaking an emissions study in Lumbini to analyze the effects of agricultural crop residue burning.
Mehra travelled to Lumbini, in the Terai region of Nepal, to collect samples of emissions resulting from the burning of wheat residue in fields in April 2017. The first round of fieldwork for the study, where samples of emissions from the post-harvest burning of paddy were collected, was conducted in November 2016.
0 mins Read
Mehra collected wheat residue samples from the same districts, Kapilvastu and Rupendehi, where she had collected the paddy residue samples in 2016. She explains that the wheat residue, unlike paddy residue, is extensively used as cattle fodder and in paper mills. Therefore, there is less burning of wheat residue than of paddy residue.
The study is an attempt to differentiate the characteristics of paddy and wheat residue burning emissions. The experimental setup was exactly the same for both wheat and paddy residue burning campaigns.
Details about Mehra’s study and her previous fieldwork are available here.
Share
Stay up to date on what’s happening around the HKH with our most recent publications and find out how you can help by subscribing to our mailing list.
Related content
Nepal’s Clean Brick Initiative has been consolidated by the signing of an accountable grant arrangement between the
“There are unprecedented challenges to achieving three goals at a time: poverty reduction, climate resilience, and Sustainable Development Goals (SDGs)”, ...
ICIMOD is leading the LAKI process, a collaborative initiative between the secretariat of the United Nations Framework Convention on Climate ...
The outcome of their work was reported to their supervisors at ICIMOD on a weekly basis, where assigned experts provided ...
ICIMOD’s Cryosphere Initiative – supported by the Government of Norway and the Swiss Agency for Development and Cooperation – has ...
FutureWater, in collaboration with ICIMOD, developed the SPHY model which is flexible in scale, includes cryosphere, mountain hydrology, lowland hydrology, ...
距人类首登世界之巅已70年，而气候紧急情况发生在此：在兴都库什-喜马拉雅区域内，三分之二的冰川预计将在本世纪末消失。 领先的山地机构国际山地综合发展中心（ICIMOD）、尼泊尔登山协会(NMA)和山区伙伴关系(Mountain Partnership) 呼吁全世界来拯救地球上的冰雪，以避免为时过晚。 #“拯救我们的雪”宣言在最初48小时内就收集到1000多个签名，其中包括新西兰前总理、各国外交官、传奇登山者和著名地球科学家。 尼泊尔加德满都讯（2023 年 5 月 29 日）——七十年前的今天，在埃德蒙·希拉里爵士和丹增·诺尔盖首次登上珠峰 ； 70 年后的今天，地球上最高的山峰正在经历由全球变暖引起的前所未有且基本不可逆的变化。 全球变暖正在危及珠峰与兴都库什-喜马拉雅地区的环境，该地区横跨八个国家，约长3500公里。根据目前的排放情况，科学家预计在未来70年内，该地区三分之二的冰川或将消融。 国际山地综合发展中心（ICIMOD）在包括 尼泊尔登山协会 和 山区伙伴关系（联合国自愿伙伴联盟）在内的全球山地机构的支持下，呼吁公众支持 #拯救我们的雪（#SaveOurSnow）运动。该运动要求公众： 在社交平台分享来自世界各地山区的故事和照片，使用#SaveOurSnow 标签 强调气候影响； 在网址 icimod.org/saveoursnow/declaration/ 签署一份宣言，呼吁各国政府兑现将升温限制在 1.5 ...
