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1. The first systematic description of Cambrian fossils from Myanmar: Late Furongian trilobites from the southern part of the Shan State and the early Palaeozoic palaeogeographical affinities of Sibumasu

   https://doi.org/10.1016/j.jseaes.2021.104775  

   Wernette, Shelly J. ; Hughes, Nigel C. ; Myrow, Paul M. ; Aung, Aye Ko ( July 2021 , Journal of Asian Earth Sciences)
2. A taxonomic conundrum: Characterizing a cryptic radiation of Asian gracile skinks (Squamata: Scincidae: Riopa) in Myanmar

   https://doi.org/10.1016/j.ympev.2020.106754  

   Freitas, Elyse S. ; Miller, Aryeh H. ; Reynolds, R. Graham ; Siler, Cameron D. ( May 2020 , Molecular Phylogenetics and Evolution)
3. Basin structure from a dense nodal seismic array in Yangon, Myanmar: Contributions to seismic hazard estimates

   https://doi.org/10.1190/segam2020-3426695.1  

   Ghose, Ritu ; Persaud, Patricia ; Thant, Myo ; Lin Kyaw, Zaw ; Myint Oo, Tin ; Myo Win, Zin ; Phyo Lwin, Pyae ; Chit Min, Aye ; Thiha, Thiha ; Naing Oo, Thet ; et al ( September 2020 , SEG Technical Program Expanded Abstracts 2020)

   Myanmar is surrounded by complex seismotectonic elements and threatened by a high seismic risk. The Central yanmar Basin (CMB) hosts the largest and fastest growing cities of Myanmar. The CMB is bounded by the Indo- Myanmar subduction zone to the west and the Sagaing fault to the east and is a seismically active tectonic block that has experienced large earthquakes (up to magnitude 8.0). A large earthquake in this region would affect Yangon and its surrounding population of around 8 million. Sedimentary basins have a significant contribution to seismic wave propagation, amplification and duration of ground shaking. Thus, to more accurately estimate the seismic hazard, a clear understanding of the detailed basin structures is required. The goal of our study is to map crustal structures, i.e. crustal thickness, crustal blocks, basin shape, size and depth, fault geometry, dipping layers and intra-crustal layers beneath the Yangon region. We will present receiver functions from a dense array of 168 nodal seismometers with the goal of revealing high-resolution seismic images of the basin. Our dense array will improve basin imaging by reducing uncertainties in receiver function interpretations. Developing a better understanding of basin structures will help our understanding of seismic amplification in themore »basin and thus will help to more accurately estimate the seismic hazard of this region.« less
4. Integrative taxonomic and geographic variation analyses in Cyrtodactylus aequalis (Squamata: Gekkonidae) from southern Myanmar (Burma): one species, two different stories

   https://doi.org/10.1163/22244662-20191082  

   Lee Grismer, L. ; Perry, L. Wood ; Grismer, Marta S. ; Quah, Evan S.H. ; Thura, Myint Kyaw ; Oaks, Jamie R. ; Lin, Aung ; Lim, Diana Y. ( January 2020 , Israel Journal of Ecology and Evolution)

   The historical accuracy of building taxonomies is improved when they are based on phylogenetic inference (i.e., the resultant classifications are less apt to misrepresent evolutionary history). In fact, taxonomies inferred from statistically significant diagnostic morphological characters in the absence of phylogenetic considerations, can contain non-monophyletic lineages. This is especially true at the species level where small amounts of gene flow may not preclude the evolution of localized adaptions in different geographic areas while underpinning the paraphyletic nature of each population with respect to the other. We illustrate this point by examining genetic and morphological variation among three putatively allopatric populations of the granite-dwelling Bent-toed Gecko Cyrtodactylus aequalis from hilly regions in southeastern Myanmar. In the absence of molecular phylogenetic inference, a compelling argument for three morphologically diagnosable species could be marshaled. However, when basing the morphological analyses of geographic variation on a molecular phylogeny, there is a more compelling argument that only one species should be recognized. We are cognizant of the fact however, that when dealing with rare species or specimens for which no molecular data are possible, judicious morphological analyses are the only option—and the desired option given the current worldwide biodiversity crisis.
5. Postcolonial Capitalism and the Politics of Dispossession: Political Trajectories in Southern Myanmar

   https://doi.org/10.1163/15700615-01702006  

   Aung, Geoffrey ( January 2018 , European Journal of East Asian Studies)