Noe' U De la Sancha

 Noe' U De la Sancha

Noe' U De la Sancha

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Jan 19, 2020
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You will learn a lot in the class of Professor De la Sancha. He's an awesome professor with a quirk. His lectures were based on powerpoints. Just take a good notes, pay real close attention on what he says, put in an effort and you'll easily pass the class.

Biography

Chicago State University - Biology


Resume

  • 2014

    Chicago State University

    Assistant Professor

    Greater Chicago Area

    Chicago State University

  • 2003

    Doctor of Philosophy (Ph.D.)

    Zoology

    Texas Tech University

  • 1997

    United State Senate

    The Field Museum

    Kngston RI

    Ford Foundation Postdoctoral Fellow

    University of Rhode Island

    Research Associate

    Greater Chicago Area

    The Field Museum

    Greater Chicago Area

    Associate Professor

    Chicago State University

    Hart Building

    Washington D.C. Metro Area

    Interns at U.S. Senate for Senator Jeff Bingaman of New Mexico.

    Intern

    United State Senate

    Paraguay

    Fulbright Scholar

    U.S. Department of State

    Kingston RI

    Teaching Post Doc

    University of Rhode Island

    Spanish

    English

    Faculty Excellence Award (Research)

    Each year Chicago State University recognizes the superior work of its faculty members. This recognition is through the 2010 – 2015 CSU/UPI Local 4100 Contract that includes the Faculty Excellence Awards which recognizes outstanding achievement by tenured and tenure track faculty members in the areas of teaching/performance of primary duties

    research/creative activity

    and service. For the 2016-2017 academic year

    there will be up to six (6) awards.

    Chicago State University

    Faculty Excellence Award

    Chicago State University

    Above and Beyond Faculty Award

    Latino Resource Center

    Chicago State University

    Bachelor's degree

    Biology

    General and Environmental Studies

    Northland College

    Biology of Mammals

    Intro to R and Biostatistics

    Bio Science Survey

    Biometrics

    Zoology

    Ecology

  • Ecology

    Biology

    Field Work

    Science

    Evolutionary Biology

    Higher Education

    Environmental Science

    Wildlife Biology

    Conservation Issues

    Teaching

    Biodiversity

    Natural Resource Management

    Mammalogy

    Scientific Writing

    Environmental Education

    Conservation Biology

    Wildlife

    Research

    Zoology

    R

    BOOK REVIEW: Bats of Colima

    Mexico

    BOOK REVIEW: Bats of Colima

    Mexico

    Paloma Marques Santos

    NEOTROPICAL XENARTHRANS: a data set of occurrence of xenarthran species in the Neotropics.

    Julio F. Vilela

    Soraida Garcia

    Gabriel Hernandez

    Cranial ontogenetic analyses improve our understanding of function from developmental

    ecological

    and evolutionary perspectives. Akodon montensis is an abundant

    omnivorous forest species that occupies many habitat types. We used traditional and geometric morphometric approaches to describe ontogenetic variation in skulls of A. montensis. We tested for sexual dimorphism and described patterns of variation associated with both age and size based on 6 postweaning age classes. We found no evidence for sexual dimorphism. Growth patterns showed an initial narrowing of the braincase

    and associated changes in the rostrum as specimens reached adulthood. Older animals had an elongated rostrum and palate. Geometric morphometric analysis revealed allometric variation associated with the basicranium for the entire age series

    while traditional morphometric analyses showed allometric variation in the facial component. The patterns found for A. montensis are similar to\nthose of other species of Akodon. We characterize ontogenetic patterns for Akodontines

    the second most diverse Sigmodontine tribe

    and a model group for studies of shape change in generalist rodents.

    Ontogenetic variation of an omnivorous generalist rodent: the case of the montane akodont (Akodon montensis)

    ATLANTIC MAMMAL TRAITS: A dataset of morphological traits of mammals in the Atlantic Forest of South America

    Description of Litomosoides ysoguazu n. sp. (Nematoda

    Onchocercidae)

    a parasite of the tuft-toed rice rat Sooretamys angouya (Fischer) (Rodentia: Cricetidae)

    and a first record of L. esslingeri Bain

    Petit & Berteaux

    1989 in Paraguay

    M. Ruíz-Díaz

    M.L. Ortiz

    R.D. Stevens

    I. Gamarra de Fox

    Martínez

    V.

    Chiroptera

    Metacommunity structure in a highly fragmented forest: has deforestation in the Atlantic Forest altered historic biogeographic patterns?

    High-Resolution Satellite Imagery Is an Important yet Underutilized Resource in Conservation Biology

    New Discoveries in Natural History Museums

    Additions to the Paraguayan mammal fauna: The first records of two marsupials (Didelphimorphia

    Didelphidae) with comments on the alpha taxonomy of Cryptonanus and Philander

    Maria S. Merani

    DanieLa Y. Estevez

    Juan P. Luaces

    Luis F. Rossi

    JuaN P. Luaces

    Luis Rossi

    Analyses of the dimensions and morphology of spermatozoa can be useful in the identification of mammalian species. We compared and contrasted sperm morphology and dimensions in 9 genera and 18 species of the family Cricetidae. Spermatozoa were obtained from the cauda epididymes of animals previously fixed in 10% formalin

    and stained with Giemsa or silver-nitrate staining methods. At least 50 spermatozoa from different specimens were examined for each species. Discriminant function analysis was used to distinguish between the spermatozoa of different species and to identify the best discriminating characteristics. MANOVA revealed that differences between species were significant. Species in the same genus tended to group together. Qualitative characteristics that discriminate between species are discussed.\n\nEl análisis de las dimensiones y la morfología de los espermatozoides puede ser útil en la identificación de especies de mamíferos. La morfología y dimensiones de espermatozoides (largo y ancho de la cabeza

    longitud de la pieza intermedia

    pieza principal con la pieza final y longitud total) de 9 géneros y 18 especies de cricétidos fueron comparados y contrastados. Los mismos se obtuvieron de la cola del epidídimo de animales previamente fijados en formalina al 10%

    y fueron teñidos con Giemsa o con nitrato de plata. Al menos 50 espermatozoides (de diferentes especímenes) por especie fueron estudiados. El análisis de la función discriminante se utilizó para distinguir entre los espermatozoides de las diferentes especies e identificar las mejores características discriminantes. Una prueba de MANOVA reveló que las diferencias entre especies son altamente significativas. Las especies del mismo género tienden a agruparse juntas. También se discuten las características cualitativas que ayudaron a discriminar entre especies.

    Morphological description and comparison of sperm from eighteen species of cricetid rodents

    J. Sánchez

    S. Rios

    Los Roedores

    Pablo Teta

    Marsupiales: los mykure

    María Luisa Ortiz

    Lourdes Valdez

    Philip Myers

    Guillermo D’Elía

    Celia López-González

    As the center of convergence of some of the major bioregions of South America

    Paraguay is a biodiverse country of biogeographic impor-tance. Yet despite a long history of natural history research

    basic knowledge of its fauna

    including mammals

    is still lacking. The last updated list of Paraguayan mammals was published in 2002

    but increased research efforts since that time have brought about numerous changes in the taxonomy and known distribution of many species. We present an updated and annotated checklist on the mammals of Paraguay through 2016.Only species records based on the assessment of some type of verifiable voucher are included here. Because the Paraguay River has been consid-ered a significant biogeographic boundary

    the distribution of each species (east of the river

    west of the river

    present on both sides) is tabulated as well. We recorded 181 native species of mammals

    30 more than in 2002

    belonging to 10 orders

    34 families

    and 116 genera. Chiroptera (58) was the most diverse order

    followed by Rodentia (56)

    Carnivora (20) and Didelphimorphia (18). Ctenomys pilarensis

    C. paraguayensis y C. dorsalisare known only from Paraguay. The inventory is likely incomplete

    as well as our knowledge of species distributional limits. Continued collect-ing of tissues and vouchers

    as well as an examination of museum specimens

    is necessary to address numerous unsolved questions concerning distribution

    taxonomy

    ecology

    biogeography

    population biology and the effects of anthropogenic modification.

    An annotated checklist of the mammals of Paraguay

    We discuss the importance of museum voucher specimen and high resolution satellite imagery to improve our understanding of the effects of human induced habitat change on biodiversity.

    Getting Back to the Basics: Museum Collections and Satellite Imagery Are Critical to Analyzing Species Diversity

    Historia de la Mastozoología en Paraguay

    Predictive Sampling Effort and Species-Area Relationship Models for Estimating Richness in Fragmented Landscapes

    Book chapter on small mammals of Tapytá Nature Reserve

    Paraguay.

    Micromamifers

    Ulyses F.J. Pardiñas

    Gustavo S. Libardi

    Discovery of a new genus record for Paraguay

    the Atlantic Forest endemic rodent

    Abrawayaomys (Cricetidae

    Sigmodontinae). Mammalia

    del Castillo H.

    Cuéllar É.

    Cartes J. L.

    Barreto R

    Ayala R.

    Abba

    A.

    Saldívar

    S.

    Los Mamíferos Amenazados Del Paraguay

    This is a dynamic collaboration based on exploring the evolutionary history and biogeography of execeptionally rich mammal faunas in the Neotropics.

    Paul Velazco

    Cocoa and Conservation in Côte d’Ivoire

    Côte d’Ivoire produces approximately 40% of all the cocoa on the planet. This is a tropical forest bush which is produced in tropical climates and thus competes with tropical rainforests. We are currently using mammals as proxy to assess effect of these crops on local biodiversity. Above video created by Greg Mercer.

    Experienced Associate Professor with a demonstrated history of working in the higher education industry and biodiversity research. Skilled in Biodiversity

    Public Speaking

    Molecular Biology

    Ecology

    Statistical analyses

    and Environmental Education. Strong education professional with a Doctor of Philosophy (Ph.D.) focused in Zoology and Tropical Biology from Texas Tech University.

    Noé U.

    de la Sancha

    U.S. Department of State

    University of Rhode Island

    University of Rhode Island