Magda Beneventi’s Post

🌾 Did you know that protecting crops from diseases is crucial for ensuring a stable food supply? One such disease, tar spot, can significantly impact corn yields. However, Bayer researchers have made strides by artificially inoculating tar spot in field test plots. This advancement allows for better understanding and management of the disease, potentially leading to the development of more resilient corn hybrids. 🌽 By creating controlled conditions for tar spot, we can now study its effects more effectively and work towards solutions that enhance crop protection and ensure food security for all. 🌱💪

🌾 Did you know that protecting crops from diseases is crucial for ensuring a stable food supply? One such disease, tar spot, can significantly impact corn yields. However, Bayer researchers have made strides by artificially inoculating tar spot in field test plots. This advancement allows for better understanding and management of the disease, potentially leading to the development of more resilient corn hybrids. 🌽 By creating controlled conditions for tar spot, we can now study its effects more effectively and work towards solutions that enhance crop protection and ensure food security for all. 🌱💪

🌾 Did you know that protecting crops from diseases is crucial for ensuring a stable food supply? One such disease, tar spot, can significantly impact corn yields. However, Bayer researchers have made strides by artificially inoculating tar spot in field test plots. This advancement allows for better understanding and management of the disease, potentially leading to the development of more resilient corn hybrids. 🌽 By creating controlled conditions for tar spot, we can now study its effects more effectively and work towards solutions that enhance crop protection and ensure food security for all. 🌱💪

🌾 Did you know that protecting crops from diseases is crucial for ensuring a stable food supply? One such disease, tar spot, can significantly impact corn yields. However, Bayer researchers have made strides by artificially inoculating tar spot in field test plots. This advancement allows for better understanding and management of the disease, potentially leading to the development of more resilient corn hybrids. 🌽 By creating controlled conditions for tar spot, we can now study its effects more effectively and work towards solutions that enhance crop protection and ensure food security for all. 🌱💪

Did you know that protecting crops from diseases is crucial for ensuring a stable food supply? One such disease, tar spot, can significantly impact corn yields. However, Bayer researchers have made strides by artificially inoculating tar spot in field test plots. This advancement allows for better understanding and management of the disease, potentially leading to the development of more resilient corn hybrids. By creating controlled conditions for tar spot, we can now study its effects more effectively and work towards solutions that enhance crop protection and ensure food security for all.

🌽 Valuable progress in agriculture research! #TeamBayer researchers have found a way to artificially inoculate tar spot, a difficult fungal disease that affects corn crops, in field test plots. This is a big step forward in managing this disease, which can seriously affect corn yields. 🌾 By creating these controlled conditions, we can better study tar spot and develop new corn hybrids with enhanced tolerance. This innovative approach helps us move from the lab to real-world applications more effectively. How do you think this advancement will impact our ability to protect crops and ensure food security? 🌱🔬

This paper was selected by the @APS Association Phytopathology Society https://lnkd.in/gYjJQbHz as a must-read. Title: "Occurrence and Distribution of Common Diseases and Pests of U.S. Cannabis: A Survey" file:///C:/Users/rondons/Downloads/php-01-23-0004-s.pdf. Several Oregon State University College of Agricultural Sciences were part of it. #hemp #agriculture #pest #IPM #pestmanagement #sustainability

#Crop_pathology plays a crucial role in #agricultural_sector by helping to diagnose, monitor, and manage plant diseases. Through studying the causes, development and spread of plant pathogens, crop pathologists contribute to the #prevention_and_control_of_diseases that can devastate crop yields and quality. In the laboratory, crop pathology enables the identification and characterization of pathogens through techniques such as microscopy, culturing, and molecular assays. This information is essential for farmers and agricultural stakeholders to make informed decisions about #disease_management strategies, including the selection of resistant crop varieties and application of fungicides or other control measures. Additionally, research conducted in crop pathology laboratories advances our understanding of #plant_pathogen interactions, leading to the development of innovative solutions for sustainable crop production and food security in the face of evolving disease threats and environmental challenges. Overall, #crop_pathology_laboratories play a critical role in safeguarding agricultural productivity, profitability, and resilience against plant diseases.

🌾🧬 Exciting developments in agricultural technology! 🚜🌾The approval of gene-edited crops by the Canadian Food Inspection Agency (CFIA) opens new possibilities for Canadian farmers, enabling the development of resilient crops to combat drought and pests. The precision and efficiency of gene editing offer a promising approach to enhancing crop traits and resource utilization. Cherilyn Jolly Nagel's insights shed light on the transformative impact of gene editing in agriculture, emphasizing the potential for improved food security and sustainability. 🌍💡 🌱 Read the article to learn how gene editing is revolutionizing crop development and empowering farmers here: https://lnkd.in/grfpq8ms #GeneEditing #AgriculturalInnovation #Sustainability #CropDevelopment

We’re thrilled to share the latest research from our friends Liam Buirs and Dr. Zamir Punja! We love reading and learning from their research and look forward to more! An important quote from the paper: “…Implementing stringent sanitation protocols and testing for fungal or bacterial pathogens using PCR and for viruses or viroids using RT-PCR, as described previously, are important IDM approaches during plant propagation in greenhouse crops, including cannabis…” https://lnkd.in/gguJFMrR #3RBiotech #HLVdTesting #SFU #AgriculturalInnovation #PlantPathology #MolecularDiagnostics #Bioinformatics #SustainableAgriculture #AgriTech #AgriGrowthResearch