Jorge Jhoncon
Biologist from the National Agrarian University, La Molina, with orientation to Microbiology. His first courses as a professor and as a researcher were in the specialty of Botany and Microbiology. He is currently a professor and researcher at the Faculty of Sciences of the National University of Education Enrique Guzmán y Valle, better known as La Cantuta. Peru.Magister of Science by Shizuoka University and PhD by Gifu University of Japan, in Agriculture Sciences oriented to Molecular Biology. Specialist in Organic Agriculture, Molecular Biology and development of research projects, production and education, in particular the propagation and processing of Andean and native crops, the development of cleaning products, beauty and perfumery with secondary metabolites of native plants and the product development in an organic way and fight against Global Warming. Specialization in the People's Republic of China, Japan, the United States of America, France, Spain and Colombia.Former Director of the Former Head of the Training Unit of the Ministry of Education and Former Head of the National Teacher Training Plan (PLANCAD), where he served as a consultant on environmental issues, education for work and education in natural sciences. Specialist in the preparation, execution and monitoring of Public Investment Projects, especially on issues related to sustainable and sustainable development, educational and technological issues.He is the Coordinator of the Project Development Center of the National University of Education Enrique Guzmán y Valle. He directs the Center for Research in Organic Agriculture and the Center for Research in Aromatic and Medicinal Plants of La Cantuta.
Address: Peru
Address: Peru
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Papers by Jorge Jhoncon
biological soap and natural dyes and contribute to the fight against climate change, since plant cover is increased and to the capture of CO2, reducing the pressure of
greenhouse gases, increasing the production of oxygen and at the same time generating industry for the production of biodegradable cleaning and beauty products.
The incorporation of Caesalpinea spinosa (Tara) interspersed with S. saponaria allowed the contribution of its fruits to the productivity of the plot, since from its fruits
we obtain tannins for tanning, natural dye, and gums for the food industry. Continuing with the practice of agroforestry, aromatic and medicinal species such as Aloe vera
(Sábila), Chrysopogon zizanioides (Vetiver), and Cymbopogon citratus (Lemongrass) were placed between the two tree species.
By means of Soxhlet extraction with ethanol, the soap and the dyes that were used as ingredients of the biological shampoo were obtained. Using a homemade steam
distiller, the extraction of essential oils from the aromatic and medicinal species was achieved.
The project began under Resolution N° 0448-2009-R-UNE, which authorized the reforestation of the Universidad Nacional de Educación Enrique Guzman y Valle
(UNE) and surrounding areas with native plant species. The strategy used was that of the Biology and Ecology students acting as godmothers and godfathers of the trees
considered in the project.
biological soap and natural dyes and contribute to the fight against climate change, since plant cover is increased and to the capture of CO2, reducing the pressure of
greenhouse gases, increasing the production of oxygen and at the same time generating industry for the production of biodegradable cleaning and beauty products.
The incorporation of Caesalpinea spinosa (Tara) interspersed with S. saponaria allowed the contribution of its fruits to the productivity of the plot, since from its fruits
we obtain tannins for tanning, natural dye, and gums for the food industry. Continuing with the practice of agroforestry, aromatic and medicinal species such as Aloe vera
(Sábila), Chrysopogon zizanioides (Vetiver), and Cymbopogon citratus (Lemongrass) were placed between the two tree species.
By means of Soxhlet extraction with ethanol, the soap and the dyes that were used as ingredients of the biological shampoo were obtained. Using a homemade steam
distiller, the extraction of essential oils from the aromatic and medicinal species was achieved.
The project began under Resolution N° 0448-2009-R-UNE, which authorized the reforestation of the Universidad Nacional de Educación Enrique Guzman y Valle
(UNE) and surrounding areas with native plant species. The strategy used was that of the Biology and Ecology students acting as godmothers and godfathers of the trees
considered in the project.