Rufus Isaacs

Rufus Isaacs is a University Distinguished Professor and Blueberry Entomology Extension Specialist at Michigan State University, where he has been a pivotal figure in the field of entomology for nearly three decades. He earned his PhD and BS from the University of London, which laid the foundation for his extensive research in insect ecology and behavior. His work primarily focuses on developing pest management practices that promote sustainable crop production, with a particular emphasis on berry crops. Isaacs has dedicated much of his career to understanding and managing pests that affect berry crops, such as the spotted wing Drosophila and blueberry stem gall wasp. His extension program is renowned for its practical applications in pest management, helping farmers implement effective strategies to protect their crops while maintaining ecological balance. Through his research, Isaacs aims to enhance the sustainability of crop production systems, ensuring long-term viability and productivity. Throughout his career, Isaacs has been recognized for his contributions to the field. In 2018, he received the MSU Distinguished Faculty Award, a testament to his impact and dedication to advancing agricultural sciences. His work not only benefits the academic community but also provides valuable insights and solutions to growers and industry stakeholders. The Isaacs Lab at Michigan State University is a hub of innovation and research, comprising a talented team of researchers and students. Lauren Goldstein serves as the lab manager and research technician, while Steve Van Timmeren contributes as a research technician. The lab also includes PhD students Jenna Walters, Sharron (Ronnie) Miller, and Rekha Bhandari, who are actively engaged in advancing the lab's research goals. Additionally, postdoctoral researcher Dr. Marwa Farouk Kamel Aly brings her expertise to the team, further enriching the lab's research endeavors. Isaacs' commitment to pollinator conservation and sustainable agriculture is evident in his work, which bridges the gap between scientific research and practical application. His efforts continue to shape the future of pest management and crop production, making significant strides towards a more sustainable and resilient agricultural landscape.