BUAP Researchers Fight Pests in Trees with Nanomaterials
5 Articles
5 Articles
Researchers from the Benemerita Autonomous University of Puebla (BUAP) developed nanomaterials based on silicon oxide (SiO2 ) and natural extracts. This formulation allows to combat with up to 90% effectiveness the pests in pines and holm oaks caused by the larvae of the so-called worm sweeper, as well as pathogens of the fungus diplodia sapinaa.
Academics from the Benemerita Autonomous University of Puebla (BUAP) created an inhibitor to combat the plagues of the silicon oxide-based sweeper worm. These allowed them to fight with 90 percent effectiveness in pines and oaks as well as pathogens like the fungus diplodia sapina. According to the BUAP the research is led by the professor of the General Chemistry Department of the Faculty of Chemical Sciences José Albino Moreno. Who works in co…
Nanomaterials developed by researchers at BUAP, created from silicon oxide (SiO₂) and natural extracts, made it possible to combat with 90 percent effectiveness pests in pines and oaks, caused by moth or beetle larvae, known as "boring worm", as well as pathogens such as the fungus diplodia sapinea (Sphaeropsis sapinea), which cause progressive death of these species.
Nanomaterials developed by researchers of the BUAP, created from silicon oxide (SiO2) and natural extracts, allowed to fight with 90 percent effective pests in pines and ... The charge They create nanomaterials in the BUAP to fight plagues by worm sweeper appeared first in thisEsPuebla.
From Puebla Nanomaterials developed by researchers of the BUAP, created from silicon oxide (SiO2) and natural extracts, allowed to fight with 90 percent effective pests in pines and oaks, caused by larvae of moths or beetles, known as “worm sweeper”, as well as pathogens like the fungus diplodia sapinaa (Sphaeropsis sapinaa), which cause progressive death of these species.
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