Integrated Pest Barriers
Integrated pest barriers are a comprehensive pest control strategy that combines multiple approaches to safeguard crops without over-relying on chemical pesticides. These barriers include physical measures like nets, fences, or row covers that prevent pests from reaching plants. Additionally, biological controls such as introducing beneficial insects or encouraging natural predators help control pest populations. Farmers also employ cultural practices like crop rotation, selecting pest-resistant plant varieties, and using companion planting techniques. By integrating these various strategies, farmers can minimize environmental harm, reduce pesticide resistance, and protect biodiversity while maintaining healthy crop yields. This multifaceted approach promotes long-term pest management and farm sustainability.
Dachang Zhang
Water & Eco Crisis Foundation, United States
Srinivasa Rao Mentreddy
Alabama A&M University, United States
Usha R Palaniswamy
Maria College, United States
Dilip Nandwani
Tennessee State University, United States
Stephen Jennewein
University of Florida, United States
Fabio Gresta
University of Messina, Italy
Nedyalka Valcheva
Vocational High School, BulgariaSubmit your abstract Today
Title : Climate change greenhouse gas (CO2) impact – agriculture crop production: Quality improvement
Madhusudan H Fulekar, Research & Development Cell, Parul University, India
Title : Teaching food and nutrition security as a critical concern in higher education capstone
Usha R Palaniswamy, Maria College, United States
Title : Current status of precision agriculture in the USA
Kasiviswanathan Muthukumarappan, South Dakota State University, United States
Title : Advances in Indian agriculture and horticulture
V P S Arora, Kumaun University, India
Title : Markers of PM produced by biomass combustion and development of a sampling and analysis technique
Enrico Paris , CREA-IT , Italy
Title : Agroecological practices and their effects on ecosystem services in sustainable mediterranean cropping systems
Fabio Gresta, University of Messina, Italy