Self-sacrifice for ingroup's history: A diachronic perspective—ERRATUM. Evolutionary-developmental modeling of neurodiversity and psychopathology. Reductionist thinking and animal models in neuropsychiatric research. Beyond trait reductionism: Implications of network structures for dimensional models of psychopathology. The adaptive self: Culture and social flexibility in feedback networks. Beyond reduction with the representation: The need for causality with full complexity to unravel mental health. Symptoms are not the solution but the problem: Why psychiatric research should focus on processes rather than symptoms. Networks, intentionality and multiple realizability: Not enough to block reductionism. Indeed, not really a brain disorder: Implications for reductionist accounts of addiction. Conceptualizing neurodevelopmental disorders as networks: Promises and challenges. The value of clinical and translational neuroscience approaches to psychiatric illness. Functional disorders can also be explained through a non-reductionist application of network theory. Therapy and prevention for mental health: What if mental diseases are mostly not brain disorders? Network models can help focus research on the role of culture and context in psychopathology, but don't discount latent variable models. The network takeover reaches psychopathology. Making a case for constructive reductionism. Neither biological nor symptomatology reductionism: A call for integration in psychopathology research. Getting to the bottom of things: The value of evolutionary approaches in discerning the origin of psychopathology. Brain networks require a network-conscious psychopathological approach. Reductionism - simplified and scientific. Elimination, not reduction: Lessons from the Research Domain Criteria (RDoC) and multiple realisation. Brain networks for emotion and cognition: Implications and tools for understanding mental disorders and pathophysiology. Taking an engineer's view: Implications of network analysis for computational psychiatry. Special, radical, failure of reduction in psychiatry. Intentional content in psychopathologies requires an expanded interpretivism. Why not be pluralists about explanatory reduction? Problem behavior in autism spectrum disorders: A paradigmatic self-organized perspective of network structures. The biology of mental disorders: What are we talking about? What's in a model? Network models as tools instead of representations of what psychiatric disorders really are. Families of network structures - we need both phenomenal and explanatory models. Reductionism in retreat. Four things we need to know about extreme self-sacrifice-CORRIGENDUM. The analytic utility of distinguishing fighting from dying-ERRATUM. Food seeking and food sharing under uncertainty. A neural basis for food foraging in obesity. Foraging extends beyond food: Hoarding of mental energy and information seeking in response to uncertainty. Simulating exploration versus exploitation in agent foraging under different environment uncertainties. Unpredictable homeodynamic and ambient constraints on irrational decision making of aneural and neural foragers. Hope, exploration, and equilibrated action schemes. Mechanistic models must link the field and the lab. Extending models of "How Foraging Works": Uncertainty, controllability, and survivability. Beyond uncertainty: A broader scope for "incentive hope" mechanisms and its implications. Complex social ecology needs complex machineries of foraging. Does the "incentive hope" hypothesis explain food-wasting behavior among humans? Yes and no. The value of uncertainty: An active inference perspective. Considerations for the study of "incentive hope" and sign-tracking behaviors in humans. Food security and obesity: Can passerine foraging behavior inform explanations for human weight gain? Hoarding all of the chips: Slot machine gambling and the foraging for coins. "How Foraging Works": Let's not forget the physiological mechanisms of energy balance. Food-seeking behavior has complex evolutionary pressures in songbirds: Linking parental foraging to offspring sexual selection.