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1. Anolis sagrei (Brown Anole). Predation.

   Simpson, Suzanne E.; Giery, Sean T.; Stroud, James T.; Thawley, Christopher J. (January 2019, Herpetological review)
2. Distribution: Anolis distichus (Bark Anole)

   Barbato, Janie; Thawley, Christopher J. (January 2018, Herpetological review)
3. Anolis stratulus (Barred Anole). Nocturnal foraging activity.

   Lapiedra, Oriol; Thawley, Christopher J. (January 2019, Herpetological review)
4. SQUAMATA — LIZARDS ANOLIS GUNDLACHI (Yellow-chinned Anole) and A. CRISTATELLUS (Crested Anole). DIET

   Brito, Marcelo_Fulgêncio_Guedes; Jesus, Rebeca_Oliveira; Faria, Renato_Gomes (March 2024, Herpetological Review)

   ANOLIS GUNDLACHI (Yellow-chinned Anole) and A. CRISTATELLUS (Crested Anole). DIET. In Puerto Rico, at least three Plasmodium species circulate among Anolis communities, presumably transmitted by a not-yet-known arthropod vector(s), possibly a mosquito (Telford Jr. 2009. Hemoparasites of the Reptilia: Color Atlas and Text. CRC Press, Boca Raton, Florida. 376 pp.). Among reptiles, broadly, mosquito-host interactions have been poorly characterized, and much of the research on mosquito- host associations has focused on the mammalian and avian reservoirs of medically important viruses and parasites (Mendoza- Roldan et al. 2021. IJP-PAW 15:132–142). However, anoles have been recognized as important hosts for some mosquitoes in the subgenus Culex (Reeves and Burkett-Cadena 2022. Front. Trop. Dis. 11:842543); for example, in Florida, two Culex mosquito species from the subgenus Melanoconion specialize almost exclusively on Anolis hosts (Reeves et al. 2019. Insects 10:239). Here, we report mosquito-host interactions in which the mosquito Culex (Micraedes) antillummagnorum feeds from Anolis gundlachi and A. cristatellus in Puerto Rico, USA. 

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5. Chromosome-scale genome assembly of the brown anole (Anolis sagrei), an emerging model species

   https://doi.org/10.1038/s42003-022-04074-5  

   Geneva, Anthony J.; Park, Sungdae; Bock, Dan G.; de Mello, Pietro L. H.; Sarigol, Fatih; Tollis, Marc; Donihue, Colin M.; Reynolds, R. Graham; Feiner, Nathalie; Rasys, Ashley M.; et al (October 2022, Communications Biology)

   Abstract Rapid technological improvements are democratizing access to high quality, chromosome-scale genome assemblies. No longer the domain of only the most highly studied model organisms, now non-traditional and emerging model species can be genome-enabled using a combination of sequencing technologies and assembly software. Consequently, old ideas built on sparse sampling across the tree of life have recently been amended in the face of genomic data drawn from a growing number of high-quality reference genomes. Arguably the most valuable are those long-studied species for which much is already known about their biology; what many term emerging model species. Here, we report a highly complete chromosome-scale genome assembly for the brown anole,Anolis sagrei– a lizard species widely studied across a variety of disciplines and for which a high-quality reference genome was long overdue. This assembly exceeds the vast majority of existing reptile and snake genomes in contiguity (N50 = 253.6 Mb) and annotation completeness. Through the analysis of this genome and population resequence data, we examine the history of repetitive element accumulation, identify the X chromosome, and propose a hypothesis for the evolutionary history of fusions between autosomes and the X that led to the sex chromosomes ofA. sagrei. 

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