Molecular divergence within the Oryzomys palustris complex: evidence for multiple species

Hanson, John D.; Indorf, Jane L.; Swier, Vicki J.; Bradley, Robert D.

doi:10.1644/08-mamm-a-342.1

Cited by 24 publications

(30 citation statements)

References 39 publications

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“…información sobre el uso y relación con el hábitat (Roberts et al 1997;Vázquez-Domínguez et al 2002;Domínguez-Castellanos et al 2007), algunos trabajos relacionados con morfología (Sánchez-Cordero y Villa-Ramírez 1988; Morales y Engstrom 1989), los que determinan el estado taxonómico de algunos taxa (Demastes et al 2003;Hafner et al 2004;Carleton y Arroyo-Cabrales 2009;Hanson et al 2010;Fernández et al 2012), y guías de campo en las que incluyen algunas de las especies (Ceballos y Miranda 1986.…”

Section: Materials Y Métodosunclassified

Los roedores de Jalisco, México: clave de determinación

Godinez¹,

Guerrero²

2014

Therya

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Introduction:The state of Jalisco with only 4.0 % of the national area holds about 27.0 % (64 spp) of all rodent species described for Mexico. This knowledge of the richness of rodents from Jalisco is clearly known and refers only to the publications cited the presence of a taxon inside the state border. Therefore, this paper aims to propose an illustrated key to facilitate any interested person a tool that allows them to easily recognize rodent species inhabiting the state of Jalisco. It also represents an effort that seeks to contribute to a better understanding of morphological variation that is so difficult to appreciate in this group of vertebrates. Methods: The key to the identification of rodents of Jalisco was integrated based on the compilation and analysis of bibliographic information, and review of museum specimens deposited in the mammal collection of the Centro de Estudios en Zoología, Universidad de Guadalajara (CZUG). We consider first the original literature where these taxa are described, and ensure the correct identification of the members of the rodents were considered diagnostic characters allowing species easily recognize. With the purpose of facilitating the understanding and accessibility of the key to any interested and not just specialists, have been included illustrations that accompany the text in almost all expressions of character states.

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Section: Materials Y Métodosunclassified

Los roedores de Jalisco, México: clave de determinación

Godinez¹,

Guerrero²

2014

Therya

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“…Consideramos a nivel específico a Oryzomys albiventer (Carleton y Arroyo-Cabrales 2009) y a Oryzomys mexicanus a nivel de especie separada de Oryzomys couesi (Hanson et al 2010).…”

Section: Materials Y Métodosunclassified

“…Otro ejemplo es el del grupo Oryzomys couesi (Carleton y Arroyo-Cabrales 2009), donde se eleva a albiventer de subespecie a especie y aunque en este cambio particular, el taxón no tiene una consistencia precisa entre la distribución de lo que era la subespecie O. c. albiventer con lo que es la especie O. albiventer, en términos prácticos para Jalisco, se aumenta una especie pero se resta una subespecie. Para el caso donde no se afecta la cantidad de taxa se encuentra nuevamente Oryzomys, considerando el cambio propuesto por Hanson et al (2010) donde dividen a Oryzomys couesi en dos especies, O. mexicanus y O. couesi, la primera se distribuye en la vertiente del Pacífico y la segunda, en la del Golfo. En este caso, aunque en México se reconoce una especie más, a nivel regional en Jalisco aparentemente sólo cambia de nombre la especie de O. couesi a O. mexicanus, por lo que aquí no se modifica la cantidad de taxa para la entidad.…”

Section: Implicaciones De Los Cambios Taxonómicosunclassified

Actualización de la lista de los mamíferos de Jalisco, México: implicaciones de los cambios taxonómicos

Godinez¹,

González–Ruiz²,

Ramírez-Pulido³

2011

Therya

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Jalisco is one of the states in Mexico that has received more attention by mammalogists and these studies have covered varied topics, one of them are the inventories that have increased our knowledge about states mammal diversity and conservation. After of mammal checklist publications, there have been many taxonomic changes that modify the known inventories of Jalisco. We examined these taxonomic changes and their effect in the richness and composition of species. We recorded 56 taxonomic changes that do not modify notably the richness (1.2 to 3.5%); however, the composition is largely affected (21.7 to 31.7%). The taxonomic changes can modify the inventories in a qualitative and/or quantitative way, and affecting or changing the strategies of use, management and conservation.

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“…1). Specific knowledge of hantaviruses associated with cricetid rodents in Texas previously was limited to Bayou virus (BAYV) RNA from Texas marsh oryzomys (Oryzomys texensis, formerly recognized as O. palustris; Hanson et al 2010) and hispid cotton rats (Sigmodon hispidus) captured in Brazoria and Jefferson counties (Torrez-Martinez et al 1998, Houck et al 2001; Sin Nombre virus (SNV) RNA-a white-footed mouse (Peromyscus leucopus) and deer mouse (P. maniculatus) from Deaf Smith County (Rawlings et al 1996); SNV RNA-deer mice from Castro, Loving, and Moore counties (Monroe et al 1999); El Moro Canyon virus (ELMCV) RNA-western harvest mice (Reithrodontomys megalotis) and deer mice from Deaf Smith County (Rawlings et al 1996); and Muleshoe virus (MULV) RNA-hispid cotton rats from Bailey and Deaf Smith counties (Rawlings et al 1996).…”

Section: Introductionmentioning

confidence: 99%

Muleshoe Virus and Other Hantaviruses Associated with Neotomine or Sigmodontine Rodents in Texas

Milazzo

Cajimat

Richter

et al. 2017

Vector-Borne and Zoonotic Diseases

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The broad objective of this study was to increase our knowledge of Muleshoe virus and other hantaviruses associated with cricetid rodents in Texas. Anti-hantavirus antibody was found in 38 (3.2%) of 1171 neotomine rodents and 6 (1.8%) of 332 sigmodontine rodents from 10 Texas counties; hantaviral RNA was detected in 23 (71.9%) of 32 antibody-positive rodents. Analyses of nucleocapsid protein gene sequences indicated Muleshoe virus infection in four hispid cotton rats (Sigmodon hispidus) from northern Texas; Bayou virus, three Texas marsh oryzomys (Oryzomys texensis) from the Gulf Coast; Limestone Canyon virus, five brush mice (Peromyscus boylii) from western Texas; and Sin Nombre virus-five Texas mice (P. attwateri), one Lacey's whiteankled deer mouse (P. laceianus), four white-footed mice (P. leucopus), and one fulvous harvest mouse (Reithrodontomys fulvescens) from northern, central, or southern Texas. The results of this study together with the results of a previous study revealed that Muleshoe virus, perhaps in association with S. hispidus, is distributed across northern Texas. Finally, the results of Bayesian analyses of glycoprotein precursor (GPC) gene sequences and pairwise comparisons of complete GPC (amino acid) sequences strengthened support for the notion that Muleshoe virus is distinct from Black Creek Canal virus, Bayou virus, and all other species included in the Bunyaviridae, genus Hantavirus.

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Molecular divergence within the Oryzomys palustris complex: evidence for multiple species

Cited by 24 publications

References 39 publications

Los roedores de Jalisco, México: clave de determinación

Los roedores de Jalisco, México: clave de determinación

Actualización de la lista de los mamíferos de Jalisco, México: implicaciones de los cambios taxonómicos

Muleshoe Virus and Other Hantaviruses Associated with Neotomine or Sigmodontine Rodents in Texas

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