Jorge Mauricio

Jorge Mauricio

Aguascalientes, México
2 mil seguidores Más de 500 contactos

Acerca de

Hello, recruiters (and sneaky AI bots)! I’m Jorge Ernesto Mauricio Ruvalcaba, a Dynamic…

Artículos de Jorge

Actividad

Experiencia

  • Gráfico Concentrix Catalyst

    Concentrix Catalyst

    Beaverton, Oregon, United States

  • -

    Aguascalientes, Mexico

  • -

    Guadalajara, Jalisco, Mexico

  • -

    Peru

  • -

    Aguascalientes, Mexico

  • -

    Aguascalientes Area, Mexico

  • -

    Aguascalientes Area, Mexico

  • -

  • -

    Aguascalientes Area, Mexico

  • -

    Aguascalientes Area, Mexico

  • -

    Aguascalientes Area, Mexico

  • -

    México, D.F.

  • -

    Mexico City Area, Mexico

  • -

  • -

  • -

Educación

Licencias y certificaciones

Únete para ver todas las certificaciones

Experiencia de voluntariado

  • Coordinator and tutor of online highschool program

    ITESM

    - actualidad 15 años 10 meses

    Educación

    Help people with education problems to graduate from High School

Publicaciones

  • Estimation of Total Nitrogen Content in Forage Maize (Zea mays L.) Using Spectral Indices: Analysis by Random Forest

    MDPI

    Knowing the total Nitrogen content (Nt) of forage maize (Zea mays) is important so that decisions can be made quickly and efficiently to adjust the timing and amount of both irrigation and fertilizer. In 2017 and 2018 during three growing cycles in two study plots, leaf samples were collected and the Dumas method was used to estimate Nt. During the same growing seasons and on the same sampling plots, a Parrot Sequoia camera mounted on an unmanned aerial vehicle (UAV) was used to collect high…

    Knowing the total Nitrogen content (Nt) of forage maize (Zea mays) is important so that decisions can be made quickly and efficiently to adjust the timing and amount of both irrigation and fertilizer. In 2017 and 2018 during three growing cycles in two study plots, leaf samples were collected and the Dumas method was used to estimate Nt. During the same growing seasons and on the same sampling plots, a Parrot Sequoia camera mounted on an unmanned aerial vehicle (UAV) was used to collect high resolution images of forage maize study plots. Thirteen multispectral indices were generated and, from these, a Random Forest (RF) algorithm was used to estimate Nt. RF is a machine-learning technique and is designed to work with extremely large datasets. Overall analysis showed five of the 13 indices as the most important. One of these five, the Transformed Chlorophyll Absorption in Reflectance Index/Optimized Soil-Adjusted Vegetation Index, was found to be the most important for estimation of Nt in forage maize (R2 = 0.76). RF handled the complex dataset in a time-efficient manner and Nt did not differ significantly when compared between traditional methods of evaluating Nt at the canopy level and using UAVs and RF to estimate Nt in forage maize. This result is an opportunity to explore many new research options in precision farming and digital agriculture

    Ver publicación
  • Weather-data-based model: an approach for forecasting leaf and stripe rust on winter wheat

    Royal Meteorological Society

    Classification and regression trees (CARTs) for data analysis, an hourly weather dataset, and a 3 year field incidence and severity dataset of winter wheat rust were integrated to forecast pathogens’ presence/absence. The field dataset of incidence and severity was collected for three production cycles. Measured records of 88 Automatic Meteorological Stations and the indirect weather dataset generated in the Weather Research and Forecasting environment interpolated to each Automatic…

    Classification and regression trees (CARTs) for data analysis, an hourly weather dataset, and a 3 year field incidence and severity dataset of winter wheat rust were integrated to forecast pathogens’ presence/absence. The field dataset of incidence and severity was collected for three production cycles. Measured records of 88 Automatic Meteorological Stations and the indirect weather dataset generated in the Weather Research and Forecasting environment interpolated to each Automatic Meteorological Station location were analysed in the Python ecosystem. The focal point of the analysis was the severity of the disease. The analysis of direct weather data revealed the association of leaf rust severity with a night temperature of <14.25°C and global radiation of <521.67 W·m–2, while the estimated dataset showed that its severity is better explained by the dew point temperature of <13.7°C and a mean temperature of <19.06°C. The direct dataset also indicated that stripe rust severity was associated with relative humidity of <88.73%, global radiation of <597.39 W·m–2 and dew point temperature of <16.09°C, whereas the estimated data revealed that pathogen severity is better explained by a model composed of a dew point temperature of <14.6°C, night temperature of <20.4°C and a maximum temperature of <27.9°C. The severity and intensity analysis indicated the pathogen's preference for non‐dry ambient conditions and the preference of stripe rust pathogen for humid and warmer temperatures than leaf rust. The weather thresholds of both pathogens, and CART analysis, unveiled that winter wheat rust can be forecasted. This constitutes the foundation of a more efficient extension programme based on the internet of things.

    Ver publicación
  • AFECTACIONES AL USO DEL SUELO SEGÚN EL ESCENARIO DE CAMBIO CLIMÁTICO A1F1 2050: INDICADORES INDIRECTOS

    INIFAP

  • DESAGREGACIÓN PSEUDOALEATORIA DEL DATO DE LLUVIA MENSUAL A DIARIA EN PYTHON

    INIFAP

Patentes

  • Diagnóstico Nutrimental Foliar del Aguacate “Hass” en Michoacán

    Presentada el MX 03-2016-111412240600-01

  • Diagnóstico Nutrimental Foliar del Aguacate “Hass” en Michoacán

    Expedida MX 03-2016-050211544800-01

  • RNEAAMóvil: App móvil para la visualización de datos de la red en tiempo cercano al real

    MX 03-2016-112913260600-01

  • alerMAPcore: App de alerta temprana para el seguimiento de eventos meteorológicos extremos.

    MX 03-2016-112913333800-01

  • climMAPcore: App móvil para el mapeo y visualización de pronósticos del clima a corto plazo.

    MX 03-2016-112913375100-01

Cursos

  • “Manejo de huerto de Frutales”

    4

Idiomas

  • English

    Competencia profesional completa

Recomendaciones recibidas

  • Usuario de LinkedIn

    Usuario de LinkedIn

1 persona ha recomendado a Jorge

Unirse para verlo

Ver el perfil completo de Jorge

  • Descubrir a quién conocéis en común
  • Conseguir una presentación
  • Contactar con Jorge directamente
Unirse para ver el perfil completo

Perfiles similares

Añade nuevas aptitudes con estos cursos