Claudia Yared Michel López

Prof. Dr. Claudia Yared Michel López

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Research Focus & Metrics

Academic Career Length

8Years (2019-Present)

(Calculated once Scilit publication data is synced: current year − year of first publication + 1)

Representative Publications

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27 September 2024 in Phytoparasitica
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BGBermudez Guzman
Bermudez Guzman
MBMarco T. Buenrostro-Nava
Marco T. Buenrostro-Nava
LVLaura Valdez
Laura Valdez
GLGisela Jareth Lino-López
Gisela Jareth Lino-López
EVElizabeth Garcia Villalvazo
Elizabeth Garcia Villalvazo
CLClaudia Yared Michel López
Claudia Yared Michel López

27 February 2025 in Ecologies
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Alfredo Esparza-OrozcoAlfredo Esparza-Orozco
Alfredo Esparza-Orozco
LCLiliana Carranza-Becerra
Liliana Carranza-Becerra
LDLucía Delgadillo-Ruiz
Lucía Delgadillo-Ruiz
JGJuan José Bollaín Y Goytia
Juan José Bollaín Y Goytia
NGNorma Angélica Gaytan-Saldana
Norma Angélica Gaytan-Saldana
HMHéctor Emmanuel Valtierra Marín
Héctor Emmanuel Valtierra Marín
Secondary metabolites (SM) in plants play crucial pharmacological, ecological, and nutritional roles for humans, wildlife, and livestock. Environmental Heterogeneity (EH) encompasses the variability of biotic and abiotic factors that influence biological responses of plant species. Advancements in remote sensing have enhanced the ability to assess plant functional traits more affordably and comprehensively by integrating spectral reflectance data with detailed plant metabolomics. However, studies investigating the relationship between EH—quantified using Rao’s Q heterogeneity index from remote sensing data—and SM diversity remain limited. Here, we present the first report demonstrating that the biotic component of EH, measured as Rao’s Q, is positively associated with SM diversity in mesquite pod extracts—higher Rao’s Q values correspond to greater SM diversity. Generalized additive models (GAMs) revealed that Rao’s Q contributed the most explanatory power, accounting for 21.2% of the deviance, compared to pod weight (13.7%) and pod length (2.03%). However, only the relationship between Rao’s Q and SM diversity was statistically significant (p = 0.029). The Rao’s Q index derived from remote sensing serves as a scalable proxy for identifying SM hotspots, facilitating the targeted discovery of regions with high pharmacological or nutritional value.

8 April 2019
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UCUniversidad Autónoma de Baja California
Universidad Autónoma de Baja California
DHDagoberto Durán Hernández
Dagoberto Durán Hernández
OCOlivia Tzintzun Camacho
Olivia Tzintzun Camacho
OGOnecimo Grimaldo
Onecimo Grimaldo
DGDaniel González-Mendoza
Daniel González-Mendoza
CACristina Ruiz Alvarado
Cristina Ruiz Alvarado
La difusión de los trabajos de investigación en las ciencias agrícolas amplia el panorama del conocimiento científico y desarrollo tecnológico que se requiere actualmente. El libro Compendio científico en ciencias agrícolas y biotecnología (volumen 1 y 2) integran los trabajos presentados en modalidad oral y cartel por investigadores reconocidos a nivel nacional e internacional, en siete áreas temáticas: 1) Agricultura orgánica, 2) Agua y suelo, 3) Biotecnología, 4) Horticultura, 5) Inocuidad agrícola, 6) Parasitología y 7) Producción de cultivos. La primera área atiende el mejoramiento de los agroecosistemas, en el área dos se hace una compilación de los trabajos enfocados al estudio del agua y suelo para favorecer el desarrollo agrícola. La tercera área muestra los estudios enfocados al diseño y evaluación de los procesos biotecnológicos para incrementar la productividad de los productos y subproductos agrícolas. En la sección cuatro se presentan las técnicas para mejorar la producción de hortalizas, flores y frutales. El quinto apartado aborda los temas relativos a la inocuidad de los productos agrícolas. El área seis integra el manejo y control de plagas en los cultivos agrícolas. Finalmente la última área expone los sistemas de producción agrícola para incrementar la calidad de los alimentos. Esta obra es de gran utilidad para estudiantes y profesionistas relacionados con las Ciencias Agrícolas y Biotecnológicas interesados en conocer las investigaciones más recientes en este campo de estudio.

4 December 2024 in Agro Productividad
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SCS. Caballero-Julián
S. Caballero-Julián
JLJ. López-Baltazar
J. López-Baltazar
RFR. Flores-Garivay
R. Flores-Garivay
MBManuel J. Bermúdez-Guzmán
Manuel J. Bermúdez-Guzmán
CLClaudia Yared Michel López
Claudia Yared Michel López
Objective: The aim of this experiment was to identify alfalfa varieties resistant to salt and drought stress in Mexicali Valley Mexico. Design/methodology/approach: Four alfalfa (M. sativa L.) varieties were used: Cuf-101 C, FD9, Pioneer and Cuf-101 P. Drought stress resistance was evaluated using four different percentages of commercial peat moss substrate (100%, 50%, 25%, and 15%), and saline stress resistance was evaluated by applying four concentrations of NaCl (0 mM, 50 mM, 100 mM, and 200 Mm.The variables evaluated in each treatment were: plant height, number of leaves and root length. The data obtained were subjected to an analysis of variance using the SAS statistical package version 9.0 with an α=0.5. Results: Alfalfa variety Cuf-101 had a good adaptation to both stresses with an average height of 11.28 cm and an average number of leaves of 3.54. Seed germination of alfalfa varieties (M. sativa L.) subjected to salt stress were affected even at the lowest NaCl concentration. Conclusions: The alfalfa variety with the highest germination percentage in all NaCl concentrations was Cuf-101 C with 91.17%.