My research focuses on the ecology of agricultural pest control through innovative and integrated approaches that combine fieldwork, advanced technology, and community engagement. A major part of my work involves studying barn owls as natural controllers of rodent pests by analyzing their breeding success and diet across thousands of nest boxes throughout Israel, using a blend of traditional methods and cutting-edge tools such as drones and tracking devices. I also investigate the potential of great tits to biologically control the damaging coddling moth in apple orchards, aiming to reduce pesticide reliance. Additionally, I develop precision agriculture solutions using drones to monitor rodent populations and damage in the Hula Valley, enabling targeted and timely pest management. Engaging the wider community, my citizen science project involves over 1,500 middle and high school students nationwide in studying barn owl diets to support sustainable pest control efforts. Other aspects of my research address competition between invasive and native cavity-nesting birds and the management of wildlife-agriculture conflicts, including crane population control in the Hula Valley, where we explore the use of drones for monitoring both bird populations and crop damage. These projects are supported by national and international agencies and involve collaboration with diverse academic, governmental, and local partners.