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1. Sexual reproductive biology of twelve species of rotifers in the genera: Brachionus , Cephalodella , Collotheca , Epiphanes , Filinia , Lecane, and Trichocerca

   https://doi.org/10.1080/10236244.2017.1344554  

   Alvarado-Flores, Jesús ; Guerrero-Jiménez, Gerardo ; Silva-Briano, Marcelo ; Adabache-Ortíz, Araceli ; Delgado-Saucedo, Joane Jessica ; Pérez-Yañez, Daniela ; Marín-Chan, Ailem Guadalupe ; DeGante-Flores, Mariana ; Arroyo-Castro, Jovana Lizeth ; Kordbacheh, Azar ; et al ( March 2017 , Marine and Freshwater Behaviour and Physiology)

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2. Nesting biology of Centris ( Paracentris ) burgdorfi (Apidae: Centridini)

   https://doi.org/10.1080/00218839.2020.1717760  

   Sabino, William O. ; Alves-dos-Santos, Isabel ; Queiroz, Elisa Pereira ; de Faria, Letícia Biral ; Papaj, Daniel R. ; Buchmann, Stephen L. ; da Silva, Cláudia Inês ( January 2020 , Journal of Apicultural Research)

   We describe the nesting biology of Centris (Paracentris) burgdorfi, a solitary bee that nests in sandstone in northeastern Brazil. The nest consists of a shallow tunnel with access to the brood cells. Females of C. burgdorfi made 1–7 brood cells per nest with each cell requiring 2.58 ± 0.40 (X ± SD) days to construct. The average cell-building construction time was longer when compared to other Centris species. Females were larger than males, and this difference was reflected in the size of their respective emergence cells. The temperature within C. burgdorfi nests was lower when compared to ambient temperature. Our study is the first to report the nesting biology of C. burgdorfi. The detailed behavior of the female inside the nest was also described, which is unusual in the study of solitary bee nesting biology. 

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3. Anomalous ortho -Proton Acidities of the para -Haloanisoles: Anomalous ortho -Proton Acidities of the para -Haloanisoles

   https://doi.org/10.1002/ejoc.201701265  

   Slocum, D. W. ; Maulden, Emily A. ; Whitley, Paul E. ; Reinscheld, Thomas K. ; Jackson, Colleen S. ; Maddox, Jeremy B. ( December 2017 , European Journal of Organic Chemistry)
4. Focused ortho -Lithiation and Functionalization of p -Bromo- and p -Iodoanisole: Focused ortho -Lithiation and Functionalization of p -Bromo- and p -Iodoanisole

   https://doi.org/10.1002/ejoc.201800616  

   Slocum, D. W. ; Jennings, John A. ; Reinscheld, Thomas K. ; Whitley, Paul E. ( August 2018 , European Journal of Organic Chemistry)
5. Parallel phylogeography of Prochlorococcus and Synechococcus

   https://doi.org/10.1038/s41396-018-0287-6  

   Kent, Alyssa G. ; Baer, Steven E. ; Mouginot, Céline ; Huang, Jeremy S. ; Larkin, Alyse A. ; Lomas, Michael W. ; Martiny, Adam C. ( October 2018 , The ISME Journal)

   The globally abundant marine Cyanobacteria Prochlorococcus and Synechococcus share many physiological traits but presumably have different evolutionary histories and associated phylogeography. In Prochlorococcus, there is a clear phylogenetic hierarchy of ecotypes, whereas multiple Synechococcus clades have overlapping physiologies and environmental distributions. However, microbial traits are associated with different phylogenetic depths. Using this principle, we reclassified diversity at different phylogenetic levels and compared the phylogeography. We sequenced the genetic diversity of Prochlorococcus and Synechococcus from 339 samples across the tropical Pacific Ocean and North Atlantic Ocean using a highly variable phylogenetic marker gene (rpoC1). We observed clear parallel niche distributions of ecotypes leading to high Pianka’s Index values driven by distinct shifts at two transition points. The first transition point at 6°N distinguished ecotypes adapted to warm waters but separated by macronutrient content. At 39°N, ecotypes adapted to warm, low macronutrient vs. colder, high macronutrient waters shifted. Finally, we detected parallel vertical and regional single-nucleotide polymorphism microdiversity within clades from both Prochlorococcus and Synechococcus, suggesting uniquely adapted populations at very specific depths, as well as between the Atlantic and Pacific Oceans. Overall, this study demonstrates that Prochlorococcus and Synechococcus have shared phylogenetic organization of traits and associated phylogeography.

    

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