Ecologically and economically devastating non-native invasive species, including, but not limited to, rusty crayfish, zebra mussels, and Asian carp, feature prominently in the career of retiring ecologist Dr. David Lodge. Studying species traits and invasive pathways occupied theses and dissertations of dozens of Lodge students. Moreover, Dr. Lodge’s focus on placing organismal biology within a larger community context fostered critical consideration of what it takes to establish a successful model organism for study. Collective insight gained about what makes a successful invasive species shaped policy and regulatory decisions, starting in the Great Lakes and extending nationally. Taking into account some lessons learned from Lodge’s collective works, this talk reviews past, present and future aspects of managing invasive apple snails (i.e., genus Pomacea). These species pose growing economic and ecological threats to the southeastern US and represent an emergent model of successful invasive species. Historical lessons include considering pathways of spread (e.g., aquarium and bait industries), understanding the central position of omnivorous species in food webs, analyzing reproductive potential and quantifying size-selective pressures on competitive outcomes. Apple snails initially established in Texas and Florida from aquarium dumps, voraciously consume plants, but also recycle organic matter, produce large clutches over a long reproductive season, and exhibit superior competitive abilities due to their large size. More recent lessons stress the importance of confirming species identification and untangling taxonomic uncertainty to help streamline regulations and management efforts. Multiple non-native apple snails species exist and show extensive phenotypic plasticity, but they can exhibit different environmental tolerances making range expansions challenging to predict. The future of combating apple snails lies in combining field work with molecular approaches, including environmental DNA, to confirm identity, detect establishment as early as possible, and verify success of local eradications. Depositing their clutches above the water’s surface, apple snails possess both a lung and a gill and lay and also serve as a model for aquatic-terrestrial linkages, Overall, this talk summarizes how strong role models and successful model invasive species share certain key traits: resilience, adaptability, and the ability to make a broader impact beyond anyone’s expectations.