7 results on '"Barbosa Moreno, Finlandia"'
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2. Fitohormonas y bioestimulantes para la floración, producción y calidad de lima mexicana de invierno
- Author
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Ariza Flores, Rafael, primary, Barrios Ayala, Aristeo, additional, Herrera García, Mariano, additional, Barbosa Moreno, Finlandia, additional, Michel Aceves, Alejandro, additional, Otero Sánchez, Marco A., additional, and Tejacal, Irán Alia, additional
- Published
- 2017
- Full Text
- View/download PDF
3. Dinámica del agua de lluvia en árboles de selva baja caducifolia
- Author
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Barbosa Moreno, Finlandia, primary, Fernández Reynoso, Demetrio Salvador, additional, Rubio Granados, Erasmo, additional, Sánchez Cohen, Ignacio, additional, and Contreras Hinojosa, José Rafael, additional
- Published
- 2017
- Full Text
- View/download PDF
4. [Impacts of technological knowledge of small indigenous farmers on food availability in the Mexican southeast]
- Author
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Orozco, Cirilo Sergio, Antonio, Bautista Juan, Damián Huato, Miguel Angel, Barbosa, Moreno Finlandia, Gutiérrez, Vásquez Benito, and Ariza, Flores Rafael
- Subjects
Health Knowledge, Attitudes, Practice ,Surveys and Questionnaires ,Indians, North American ,Food Technology ,Humans ,Agriculture ,Mexico ,Zea mays ,Food Supply - Abstract
This study was conducted to evaluate the impact of technological knowledge (acquired in Farmer Field Schools) on the availability of food for poor indigenous farmers, who are mainly dedicated to the production of maize for home consumption in the Cuicateca regi6n, Oaxaca, Mexico. The variables analyzed were 1) Level of technological knowledge, 2) maize yield, and 3) time that the last maize harvest supplied the food needs of the farmers in question (a proxy indicator of food availability). A random sample of 36 participants in the rural training schools and a control group of the same size were given questionnaires at the beginning and end of their study. The statistical analysis was done using the Pearson chi-2 contrast test and the Kolmogorov-Smirnov test. After finding that there was no normal distribution, the Wilcoxon test to contrast paired data was used, and finally, correlations were obtained. It was found that the increase in technological knowledge of 7.29 +/- 1.01 to 46.64 +/- 18.40 did not correlate (Por = 0.05) with the time that the last maize harvest lasted in providing food. The results show that the increase in technological knowledge does not increase availability of maize as food.
- Published
- 2011
5. Impactos del conocimiento tecnológico sobre la disponibilidad alimentaría de campesinos indígenas en el sureste mexicano
- Author
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Orozco Cirilo, Sergio, Antonio Bautista, Juan, Damián Huato, Miguel Ángel, Barbosa Moreno, Finlandia, Gutiérrez Vásquez, Benito N, and Ariza Flores, Rafael
- Subjects
inseguridad alimentaria ,disponibilidad de alimentos ,food insecurity ,economía de subsistencia ,food availability ,Capacitación tecnológica ,economics of subsistence ,pobreza alimentaria ,Technical training ,food poverty - Abstract
La investigación tuvo por objetivo evaluar el impacto del conocimiento tecnológico, obtenido mediante Escuelas de campo, sobre la disponibilidad alimentaria de campesinos indígenas pobres dedicados principalmente a la producción de maíz para autoconsumo en la región Cuicateca de Oaxaca, México. Las variables analizadas fueron: 1) Nivel de conocimiento tecnológico; 2) Rendimientos de Maíz y 3) Tiempo en que la última cosecha, de maíz, abastece las necesidades alimenticias de los campesinos referidos (un indicador proxi de disponibilidad alimentaria). A una muestra aleatoria de 36 participantes en Escuelas de campo y un grupo testigo de igual tamaño se aplicaron cuestionarios al inicio y final del estudio. El análisis estadístico se realizó con las pruebas de contraste x2 de Pearson así como la de Kolmogorov-Smirnov y en virtud de no haberse comprobado una distribución normal, se aplicó la prueba de Wilcoxon para contrastar datos pareados, y finalmente se obtuvieron correlaciones. Se encontró que el aumento en el Nivel de conocimiento tecnológico de 7.29±1.01 a 46.64±18.40 no presenta correlación (P>0.05) con el tiempo en que la última cosecha, de maíz, abastece las necesidades alimenticias. Los resultados muestran que el incremento en el nivel de conocimiento tecnológico no aumenta la disponibilidad alimentaria de maíz. This study was conducted to evaluate the impact of technological knowledge (acquired in Farmer Field Schools) on the availability of food for poor indigenous farmers, who are mainly dedicated to the production of maize for home consumption in the Cuicateca región, Oaxaca, Mexico. The variables analyzed were 1) Level of technological knowledge, 2) maize yield, and 3) time that the last maize harvest supplied the food needs of the farmers in question (a proxy indicator of food availability). A random sample of 36 participants in the rural training schools and a control group of the same size were given questionnaires at the beginning and end of their study. The statistical analysis was done using the Pearson x2 contrast test and the Kolmogorov-Smirnov test. After finding that there was no normal distribution, the Wilcoxon test to contrast paired data was used, and finally, correlations were obtained. It was found that the increase in technological knowledge of 7.29±1.01 to 46.64±18.40 did not correlate (P>0.05) with the time that the last maize harvest lasted in providing food. The results show that the increase in technological knowledge does not increase availability of maize as food.
- Published
- 2011
6. Fitohormonas y bioestimulantes para la floración, producción y calidad de lima mexicana de invierno
- Author
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Ariza Flores, Rafael, Barrios-Ayala, Aristeo, Herrera García, Mariano, Barbosa Moreno, Finlandia, Michel Aceves, Alejandro C., Otero Sánchez, Marco A., Alia Tejacal, Iran, Ariza Flores, Rafael, Barrios-Ayala, Aristeo, Herrera García, Mariano, Barbosa Moreno, Finlandia, Michel Aceves, Alejandro C., Otero Sánchez, Marco A., and Alia Tejacal, Iran
- Abstract
Mexican lime production Citrus aurantifolia (Christm) Swingle is low during the months of December to April and cause an increased demand and high profitability of the crop. The study consisted to induce flowering through the application of plant hormones and bio-stimulants to obtain production and quality of Mexican lime in winter. The effects in inducing flowering occurred 30 days after the application of urea was made inAugust, meanwhile presented flowering at 45 days with Biofol, glutamic acid, urea and control and induced October, November and the first half of December in trees, while it was slightly moderate with gibberellic acid and low in the control (without application). Production yields were 9 763 kg ha-1 with Biofol, declining to 80, 70 and 65% with glutamic acid, control and urea, same that were moderately lower with gibberellic acid, naphthalene acetic acid, paclobutrazol and thidiazuron and very low with 2-chloroethylphosphonic acid and control intact. The fruits acquired a higher quality in weight, diameter, color index, percentage of juice, titratable acidity, firmness and maturity index with Biofol, glutamic acid and urea. Biofol, glutamic acid and urea as bio-stimulants timely induce flowering and fruiting of Mexican lime in winter, favoring fruit quality and sustainability of the crop., La producción de lima mexicana Citrus aurantifolia (Christm) Swingle, es baja durante los meses de diciembre a abril y ocasionan mayor demanda y alta rentabilidad del cultivo. El estudio consistió en inducir la floración mediante la aplicación de fitohormonas y bioestimulantes para obtener producción y calidad de lima mexicana en invierno. Los efectos en la inducción a floración ocurrieron a los 30 días después de la aplicación de urea realizada en agosto, mientras tanto presentaron floración a los 45 días con biofol, ácido glutámico, urea y testigo absoluto e inducidas octubre, noviembre y la primera quincena de diciembre en árboles, mientras que fue ligeramente moderada con ácido giberélico y baja en el testigo intacto (sin aplicación). Los rendimientos de la producción fueron de 9 763 kg ha-1 con biofol, decayeron a 80, 70 y 65% con ácido glutámico, testigo absoluto y urea, mismo que fueron moderadamente bajos con ácido giberélico, ácido naftalénacetico, paclobutrazol y thidiazuron y muy bajos con ácido 2-cloroetilfosfónico y el testigo intacto. Los frutos adquirieron una mayor calidad en peso, diámetro, índice de color, porcentaje de jugo, acidez titulable, firmeza e índice de madurez con el biofol, ácido glutámico y urea. El biofol, ácido glutámico y urea como bioestimulantes inducen oportunamente la floración y fructificación en lima mexicana de invierno y favorecen en la calidad de los frutos y sustentabilidad del cultivo.
- Published
- 2015
7. Validación espacial de datos climatológicos y pruebas de homogeneidad: caso Veracruz, México.
- Author
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Guajardo-Panes, Rafael Alberto, Granados-Ramírez, Guadalupe Rebeca, Sánchez-Cohen, Ignacio, Díaz-Padilla, Gabriel, and Barbosa-Moreno, Finlandia
- Abstract
Copyright of Tecnología y Ciencias del Agua is the property of Instituto Mexicano de Tecnologia del Agua (IMTA) and its content may not be copied or emailed to multiple sites or posted to a listserv without the copyright holder's express written permission. However, users may print, download, or email articles for individual use. This abstract may be abridged. No warranty is given about the accuracy of the copy. Users should refer to the original published version of the material for the full abstract. (Copyright applies to all Abstracts.)
- Published
- 2017
- Full Text
- View/download PDF
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