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1. A z = 0 Multiwavelength Galaxy Synthesis. I. A WISE and GALEX Atlas of Local Galaxies

   https://doi.org/10.3847/1538-4365/ab3925  

   Leroy, Adam K.; Sandstrom, Karin M.; Lang, Dustin; Lewis, Alexia; Salim, Samir; Behrens, Erica A.; Chastenet, Jérémy; Chiang, I-Da; Gallagher, Molly J.; Kessler, Sarah; et al (October 2019, The Astrophysical Journal Supplement Series)
2. Agrobacterium tumefaciens –Mediated Transformation of Three Milkweed Species ( Asclepias hallii , A. syriaca , and A . tuberosa : Apocynaceae)

   https://doi.org/10.1002/cppb.20105  

   Keen, Patricia; Hastings, Amy Picard; Agrawal, Anurag A.; Van Eck, Joyce (February 2020, Current Protocols in Plant Biology)
3. Phylogenomics and intergenomic conflict in a challenging orchid clade (Calypsoinae): monophyly of Corallorhiza , paraphyly of Oreorchis , and resurrection of Kitigorchis

   https://doi.org/10.1093/botlinnean/boae092  

   Barrett, Craig_F; Freudenstein, John_V; Skibicki, Samuel_V; Sinn, Brandon_T; Chung, Shih-Wen; Hsu, Tian-Chuan; Liao, Wenbo; Lee, Shiou_Yih; Luo, Yi-Bo; Yukawa, Tomohisa; et al (January 2025, Botanical Journal of the Linnean Society)

   Abstract Heterotrophic plants are among the most recalcitrant from a systematics perspective because of reduced morphological and genomic features, and often extreme substitution rate heterogeneity. The orchid subtribe Calypsoinae exemplifies this, containing several lineages that have lost leaves and photosynthesis. In particular, relationships of the leafy Asian Oreorchis and the leafless American Corallorhiza have been contentious. Here we used nuclear sequence capture to resolve relationships within Calypsoinae and addressed the monophyly of Corallorhiza and Oreorchis, for which previous studies have highlighted conflicting patterns of monophyly or paraphyly, depending on the data analysed. Nuclear analyses provided strong support for a monophyletic Corallorhiza and paraphyletic Oreorchis, the latter with two strongly supported clades. As in previous studies, plastid analyses recovered strongly supported paraphyletic assemblages for both genera. Topology tests using plastid and nuclear relationships and data rejected the constrained topologies, further revealing strong cytonuclear conflict. Network-based analyses revealed a lack of evidence for hybridization, suggesting incomplete lineage sorting associated with biological and historical factors have driven intergenomic conflict. Additionally, we found that loci identified as putatively lost in holomycotrophic Corallorhiza species are functionally enriched for organellar functions. The study provides a strong case for the resurrection of Kitigorchis as the sister of Corallorhiza, with two species, Kitigorchis erythrochrysea and Kitigorchis indica, and highlights the challenges associated with phylogenetics of lineages containing mycoheterotrophs. 

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4. A close look at the competition of isovector and isoscalar pairing in A =18 and 20 even-even N ≈ Z nuclei

   https://doi.org/10.1088/1674-1137/43/7/074106  

   Pan, Feng; Zhou, Dan; Yang, Siyu; Sargsyan, Grigor; He, Yingwen; Launey, Kristina D.; Draayer, Jerry P. (July 2019, Chinese Physics C)
5. Genetic diversity and structure of the critically endangered Artocarpus annulatus, a crop wild relative of jackfruit ( A. heterophyllus )

   https://doi.org/10.7717/peerj.9897  

   Dickinson, Leta; Noble, Hilary; Gardner, Elliot; Puad, Aida Shafreena; Zakaria, Wan Nuur; Zerega, Nyree J.C. (January 2020, PeerJ)

   Limestone karsts of Southeast Asia can harbor high levels of endemism, but are highly fragmented, increasingly threatened, and their biodiversity is often poorly studied. This is true of the Padawan Limestone Area of Sarawak, Malaysia, home to the endemic Artocarpus annulatus, the closest known wild relative of two important and underutilized fruit tree crops, jackfruit ( A. heterophyllus ) and cempedak ( A. integer ). Identifying and conserving crop wild relatives is critical for the conservation of crop genetic diversity and breeding. In 2016 and 2017, five A. annulatus populations were located, and leaf material, locality information, and demographic data were collected. Microsatellite markers were used to assess genetic diversity and structure among populations, and to compare levels of genetic diversity to closely related congeneric species. Results indicate no evidence of inbreeding in A. annulatus , and there is no genetic structure among the five populations. However, diversity measures trended lower in seedlings compared to mature trees, suggesting allelic diversity may be under threat in the youngest generation of plants. Also, genetic diversity is lower in A. annulatus compared to closely related congeners. The present study provides a baseline estimate of A. annulatus genetic diversity that can be used for comparison in future studies and to other species in the unique limestone karst ecosystems. Considerations for in situ and ex situ conservation approaches are discussed. 

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