PUBLICATIONS
[5] Pervin, R., Robeson, S., Barnes, M., Mahmud, K., Macbean, N. Importance of vegetation fractional cover on estimation of TRENDY Dynamic Vegetation Model Productivity in Temperate Dryland of Western North America (manuscript in prep.)
[4] Pervin, R., Robeson, S., Macbean, N. (2022). Fusion of airborne hyperspectral and LiDAR canopy-height data for estimating fractional cover of tall woody plants, herbaceous vegetation, and other soil cover types in a semi-arid savanna ecosystem. International Journal of Remote Sensing. 43, 3890-3926. DOI 10.1080/01431161.2022.2105176
[3] Pervin, R. (2016). Identifying changes in mangroves in Trat Province, Thailand and Koh Kong Province, Cambodia (master's thesis). San Francisco State University, CA, USA.
[2] Pervin, R., Khandaker S. (2010). Application of Analytical Hierarchical Process and GIS in Earthquake Vulnerability Assessment: Case Study of Ward 37 and 69 in Dhaka City. Journal of Bangladesh Institute of Planning, 3.
[1] Muntasir, S., Pervin R., Roy A. (2009). A Study on spatial distribution of public services in Dhaka city and their standards (Unpublished Undergraduate thesis). Bangladesh University of Engineering and Technology, Dhaka, Bangladesh.
PRESENTATIONS
Pervin, R., Barnes, M., Kannenberg, S., and MacBean, N. “DryFlux 2.0: Incorporating high frequency soil moisture to improve upscaled dryland carbon and water fluxes”, AmeriFlux Annual Meeting, September 2024 (Talk).
Pervin, R., Barnes, M., Robeson, S., Mahmud, K., and MacBean, N. “Continental and aridity-zone differences in the ability of DGVMs to capture dryland GPP”, American Geophysical Union Fall Meeting, December 2023 (Poster).
Pervin, R., Barnes, M., Robeson, S., Mahmud, K., and MacBean, N. “Exploring spatiotemporal patterns in dryland productivity from process-based dynamic vegetation models and a dryland-specific, ecohydrologically-informed GPP product”, American Association of Geographers Annual Meeting, March 2023 (Talk).
Pervin, R., Barnes, M., Robeson, S., Mahmud, K., and MacBean, N. “Global scale benchmarking of TRENDY Dynamic Vegetation Model spatiotemporal estimates of dryland productivity using a dryland specific, ecohydrologically informed GPP product”, American Geophysical Union Fall Meeting, Virtual, December 2022 (Poster).
Pervin, R., Robeson, S., and MacBean, N. “Detecting woody versus non-woody vegetation types in Savanna ecosystem with airborne remote sensing data”, Environmental Resilience Institute (ERI) research symposium IU, May 2022 (Talk).
Pervin, R. and MacBean, N. “Biocrust Fractional Cover Detection with Airborne Remote Sensing Data in Semiarid Ecosystems”, Center of Excellence for Women & Technology poster competition, IU, April 2022 (Poster).
Pervin, R., Reed, S., Smith, W.K., Yan, D., Mahmud, K., and MacBean, N. “Novel Remote Sensing Approach for Estimating Biocrust Fractional Cover in Semiarid Ecosystems”, American Geophysical Union Fall Meeting, Virtual, December 2021 (Poster).
Pervin, R., Robeson, S., Roy. S., and MacBean, N. “Multi source remote sensing data fusion for detecting shrubs in semi-arid regions”, American Geophysical Union Fall Meeting, December 2019 (Talk).
Pervin, R. “Identifying Changes in Mangroves in Trat Province, Thailand and Koh Kong Province, Cambodia”, Romberg Tiburon Center, October 2015 (Talk).
Pervin, R. “Identifying Changes in Mangroves in Trat Province, Thailand and Koh Kong Province, Cambodia”, SESYNC workshop, September 2015 (Talk).
Pervin, R., Santos I., and Dusheyko S. “Developing miniature weighing lysimeter for measuring plant-atmosphere water and energy exchanges on living roofs”, San Francisco State University 18th Annual College of Science and Engineering Student Project Showcase, May 2015 (Poster).