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| 1 | Use of neem bark as wool colourant-Optimum conditions of wool dyeing显示文摘 | J P Mathur Anjula Mehta Romila Kamawat | 2003 | Indian Journal ofFibre&TextileReseareh2003，28，3： | 1 |
| 2 | Use of neem bark as wool colourant-Optimum conditions of wool dyeing 显示文摘 | Mathur J P Anjula Mehta Romila Kamawat | 2003 | Indian Journal of Fiber & Textile Research2003，28，5： | 1 |
| 3 | Use of neem barkas wool colourant-optmum conditions of wool dye- ing显示文摘 | MATHUR J P ANJULA M ROMI- LA K | 2003 | Indian Journal of Fiber & Textile Research2003，28，3： | 1 |
| 4 | Juxtaglomerular cell tumor: A morphological, immunohistochemical and genetic study of six cases显示文摘 | Naoto Kuroda Sperga Maris Federico A. Monzon Puay Hoon Tan Anjula Thomas Fredrik B. Petersson Zoran Gatalica Anatole Ghazalpour Ryan P. Bender Petr Grossmann Michal Michal Marian Svajdler Zdenka Ovcak Milan Hora Ondrej Hes | 2013 | Human Pathology2013，，： | 1 |
| 5 | Human pluripotent stem cell-derived limbal epithelial stem cells on bioengineered matrices for corneal reconstruction显示文摘 | Alexandra Mikhailova Tanja Ilmarinen Anjula Ratnayake Goran Petrovski Hannu Uusitalo Heli Skottman Mehrdad Rafat | 2015 | Experimental Eye Research2015，，： | 1 |
| 6 | Impact of climate change on agricultural production: A case of Rasuwa District, Nepal显示文摘Climate change is expected to threaten the developing countries the most. Nepal is considered one of the five countries most vulnerable to climate change in the world. The mountainous area such as Rasuwa District in Nepal is more vulnerable due to complex topography, human activity(tourism), and climate change. In this context, we carried out this study to assess the climate change and its impact on agriculture production as well as people’s perceptions on the impact of climate change. The long-term(1980–2014) observed climate data(temperature and precipitation) and field-based survey data on people’s perceptions were analyzed. Mann-Kendall trend test and Sen’s slope estimation were used to analyze the temperature and precipitation trends. Furthermore, key informant interviews(KIIs) and focal group discussions(FGDs) were conducted to understand people’s perceptions of the impact of climate change on agricultural production. Further, ERA5 and Asian Precipitation-Highly Resolved Observational Data Integration Towards Evaluation of Water Resources(APHRODITE) datasets were used to compare the in situ climate data. The maximum temperature and total precipitation in summer monsoon(June–September) were found increasing significantly at rates of 0.07℃/a and 19.89 mm/a, respectively. But the minimum winter temperature and winter precipitation were found decrease by 0.05℃/a and 4.89 mm/a, respectively. Moreover, a large number of respondents reported a decrease in millet and wheat productions while an increase in potato production over the considered time duration(1990–2014). It is noteworthy that the respondents from the mid-elevation regions perceived an increasing trend in crop production compared to those from the low elevation regions. In recent years, people living in the high elevation regions of Rasuwa District have started to shift their cropping calendar to increase agricultural production. This study will provide useful information for policymakers in formulating adaptation strategies in mountainous areas of Nepal. | Binod DAWADI Anjula SHRESTHA Ram Hari ACHARYA Yam Prasad DHITAL Rohini DEVKOTA | 2022 | Regional Sustainability2022，3，2： | 0 |
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