In the spring of 1998, James Gross published a paper in Psychological Science that reorganized how researchers thought about one of the oldest questions in psychology: what do people actually do when they manage their feelings? The paper, "The Emerging Field of Emotion Regulation: An Integrative Review," was not the first to examine emotional control, but it was the first to impose systematic order on a fragmented literature by identifying where in the emotional process a given regulatory strategy intervenes. The insight was deceptively simple. Some strategies work before an emotion has fully formed — they alter the situation, redirect attention, or reconstrue meaning before the emotional response gathers momentum. Others work afterward, suppressing or modifying a response already underway. Gross called these antecedent-focused and response-focused regulation, and the distinction between them, he would show, has profound consequences for well-being, social functioning, and mental health.
The contrast was not merely theoretical. In a landmark demonstration, Gross (1998) had participants watch a film of a surgical procedure — graphic enough to generate real distress — under one of two conditions. Some were instructed to reappraise the footage cognitively: to adopt the perspective of a medical professional for whom the procedure was routine, and to focus on the patient's recovery rather than the immediate trauma. Others were instructed to suppress their emotional expressions: to watch the film without letting any visible reaction show on their face. Both strategies changed the observable outcome — reappraisers looked calmer, suppressors looked calmer — but their internal physiological profiles differed sharply. Suppressors showed elevated cardiovascular activation throughout the task. Their bodies were working to hold something in. Reappraisers showed no such physiological cost. They had changed what the film meant to them, and in doing so, they had changed what it did to them. This was the experimental bedrock on which the modern field of emotion regulation would be built.
What made Gross's framework influential was not just the antecedent-response distinction, but the more detailed process model he elaborated in subsequent work — a taxonomy of five families of strategies organized by their point of entry into the emotion-generative sequence. Emotions, on this account, unfold through a pipeline: situations are attended to, appraised for their personal significance, and then generate coordinated experiential, behavioral, and physiological responses. Regulatory strategies can intervene at each link. The earlier the intervention, the more efficiently it can shape the final emotional output. The later the intervention, the more effortful and metabolically costly the work becomes — not because later strategies are unintelligent, but because the emotional response has already mobilized resources that must then be countered.
"The ability to manage one's emotional responses is central to psychological health, adaptive functioning, and interpersonal effectiveness." — James Gross, 1998
The Five Strategies: A Process Model Comparison
| Strategy | Stage | Mechanism | Effectiveness | Cognitive Cost | Downstream Effects |
|---|---|---|---|---|---|
| Situation Selection | Pre-emotion; before exposure | Approaching or avoiding situations based on anticipated emotional impact | High for preventing unwanted emotions; can be adaptive or avoidant | Low in the moment; planning costs occur earlier | Adaptive when selective; maladaptive when it produces behavioral restriction or avoidance of growth opportunities |
| Situation Modification | Pre-emotion; during situation | Actively altering the environment or social context to change its emotional impact | Moderate to high; directly changes the stimulus | Low to moderate | Strengthens agency and problem-solving; can be manipulative or socially costly |
| Attentional Deployment | Pre-emotion; within situation | Redirecting attention toward or away from emotionally salient aspects (distraction, concentration, rumination) | Variable; distraction effective for acute pain and negative affect; rumination highly maladaptive | Low (distraction) to high (rumination, absorption) | Distraction buffers short-term distress; rumination amplifies and sustains negative affect; does not change underlying appraisal |
| Cognitive Change / Reappraisal | Pre-emotion; appraisal | Changing how a situation is construed — its meaning, personal relevance, or imagined consequences | High; reduces negative affect, preserves or enhances positive affect, reduces physiological stress response | Moderate; requires accessing and modifying representations | Greater well-being, authentic emotional expression, better social outcomes, less depression and anxiety |
| Response Modulation / Suppression | Post-emotion; response | Inhibiting behavioral or physiological aspects of an emotion after it has been generated | Partial; reduces visible expression but not subjective experience or physiology | High; sustained inhibitory effort | Worse social outcomes, memory impairment for social information, increased physiological burden, associated with depression and anxiety |
The Cognitive Science of Regulation
The process model provided an organizing framework, but the mechanistic understanding of how these strategies work at the neural and cognitive level required separate research programs.
Ochsner, Gross, and the Neuroscience of Reappraisal
The most direct investigation of reappraisal's neural underpinnings came from Kevin Ochsner and James Gross. In a 2005 paper in Trends in Cognitive Sciences titled "The Cognitive Control of Emotion," Ochsner and Gross reviewed converging neuroimaging evidence showing that cognitive reappraisal recruits a distributed prefrontal-parietal network — particularly the lateral and medial prefrontal cortex and the anterior cingulate cortex — to modulate activity in the amygdala and other subcortical structures that support emotional response generation. The picture was of a top-down control architecture: cortical regions associated with abstract representation and executive function were sending regulatory signals downward to the emotional core.
An earlier fMRI study by Ochsner, Bunge, Gross, and Gabrieli (2002), published in the Journal of Neuroscience, provided direct evidence. Participants who reappraised negative images to feel less negative showed increased activity in left lateral prefrontal and anterior cingulate cortex and decreased activity in the amygdala and medial orbitofrontal cortex. The strength of the prefrontal activation predicted the degree of amygdala suppression — and therefore the degree of emotional reduction. Reappraisal, on this account, is a form of executive control applied to emotional content: the same cognitive machinery that plans, reasons, and inhibits prepotent responses can be directed at the ongoing stream of emotional experience to reshape it.
This finding had a critical implication for understanding individual differences in regulation. If reappraisal depends on prefrontal resources, then anything that depletes those resources — cognitive load, stress, fatigue, alcohol, developmental immaturity — should impair reappraisal capacity. Research has confirmed this. Under conditions of high cognitive load, the effectiveness of reappraisal instructions drops substantially. Children and adolescents, whose prefrontal cortex is still maturing, show less efficient reappraisal than adults. Patients with conditions involving prefrontal dysfunction — major depression, borderline personality disorder — show deficits in reappraisal.
Lieberman and Affect Labeling
A parallel research program led by Matthew Lieberman at UCLA investigated a subtler form of regulation: the act of putting feelings into words. In a 2007 paper in Psychological Science titled "Putting Feelings Into Words: Affect Labeling Disrupts Amygdala Activity in Response to Affective Stimuli," Lieberman and colleagues used fMRI to examine what happened in the brain when participants labeled emotional faces versus simply matched them. Labeling — attaching a verbal tag to an emotional expression (e.g., "fear," "anger") — reduced amygdala response and increased activation in the right inferior prefrontal cortex, compared to matching. The verbal naming of an emotion appeared to engage inhibitory prefrontal circuits in much the same way as deliberate reappraisal, even though affect labeling requires far less cognitive effort and is largely automatic for individuals with an adequate emotional vocabulary.
Lieberman et al. argued that language may function as a regulatory tool at a basic processing level — not just when deliberately deployed as a strategy, but whenever emotional experience is translated into symbolic representation. This has direct implications for psychotherapy: talking about feelings is not merely cathartic in the discharge sense but may exert genuine downward regulatory pressure on subcortical emotional circuits. The finding also converged with older clinical intuitions about the value of emotional literacy and with the concept of mentalization in attachment theory — the ability to represent mental states in explicit, symbolic form.
Nolen-Hoeksema and Rumination
If reappraisal represents attentional deployment in its most effortful and constructive form, rumination represents its most destructive. Susan Nolen-Hoeksema, in a research program spanning from the late 1980s through the 2000s, characterized rumination as a repetitive, passive focus on distress and its causes and consequences, without problem-solving or action. Her response styles theory, articulated in a 1991 paper in Psychological Bulletin and refined in subsequent empirical work, proposed that people differ characteristically in how they respond to depressed mood: some distract, some take action, and some ruminate. Rumination, she found, prolonged and intensified depressive episodes rather than resolving them. It was associated with greater depression severity, longer episodes, reduced problem-solving efficacy, and poorer interpersonal functioning.
The critical point for emotion regulation theory is that rumination is not simply an absence of regulation — it is a form of regulation, a strategy of attentional deployment, but a maladaptive one. People who ruminate are not failing to manage their emotions; they are managing them in a way that backfires. They engage with their distress intensely but without the cognitive restructuring that would change its meaning. Attention is deployed inward and sustained, but the appraisal component of the emotional process is left intact or amplified, not modified. Rumination thus sits in an illuminating contrast to reappraisal: both engage deeply with emotional experience, but only one changes the evaluative construal that is generating the response.
Four Case Studies
Case Study 1: Gross and John (2003) — Individual Differences in Regulation
James Gross and Oliver John's 2003 paper in the Journal of Personality and Social Psychology, "Individual Differences in Two Emotion Regulation Processes: Implications for Affect, Relationships, and Well-Being," is the most cited study in the emotion regulation literature and established the empirical basis for the well-being consequences of reappraisal versus suppression as individual differences rather than laboratory manipulations.
Using the Emotion Regulation Questionnaire (ERQ), which Gross and John developed to measure habitual use of reappraisal and suppression across situations, they assessed over 1,400 participants across multiple studies. The results were consistent and consequential. Reappraisal use was associated with greater positive affect, greater life satisfaction, closer and more satisfying social relationships, and less depression. Suppression was associated with less positive affect but not less negative affect — suppressors were still feeling the emotions they were inhibiting, just not showing them. Suppressors also showed worse social outcomes: they shared less of themselves in relationships, were less liked by others, and had less social support. The reason was not mysterious: suppression creates a disconnect between inner experience and outward expression that others can detect and find distancing. When someone is suppressing, they are partly absent from the interaction, managing an internal control problem rather than engaging.
This study shifted the field by demonstrating that the consequences of regulation strategies are not merely situational but accumulate across time and relationship contexts. Habitual suppression is not just inefficient in a given moment — it progressively impairs the social connections that buffer against life stress.
Case Study 2: Aldao, Nolen-Hoeksema, and Schweizer (2010) — The Meta-Analytic Picture
Amelia Aldao, Susan Nolen-Hoeksema, and Susanne Schweizer published a meta-analysis in Clinical Psychology Review in 2010 titled "Emotion-Regulation Strategies Across Psychopathology: A Meta-Analytic Review," which synthesized findings across 114 studies examining the association between emotion regulation strategies and symptoms of depression, anxiety, eating disorders, and substance use disorders.
The results confirmed and quantified the clinical significance of the process model's predictions. Rumination showed the strongest associations with psychopathology (mean effect size r = .54), followed by suppression (r = .33). Reappraisal showed modest negative associations — less psychopathology — and problem-solving showed strong negative associations. Importantly, the study found that maladaptive strategies showed stronger effect sizes than adaptive ones, suggesting an asymmetry: maladaptive regulation may be a more active contributor to disorder than adaptive regulation is to health. The authors also identified a gap in the literature: most studies measured suppression and rumination as stable traits rather than examining when and how context modulates their effects.
This meta-analysis established the evidence base for treating emotion regulation deficits as transdiagnostic — relevant across disorders rather than specific to one condition. It directly supported clinical approaches that target regulation skills, including Dialectical Behavior Therapy for borderline personality disorder and Unified Protocol approaches to emotional disorders generally.
Case Study 3: Troy, Shallcross, and Mauss (2013) — Context-Sensitivity and Reappraisal
A critical challenge to straightforward endorsement of reappraisal as always superior came from Allison Troy, Amanda Shallcross, and Iris Mauss in a 2013 paper in Psychological Science titled "A Person-by-Situation Approach to Emotion Regulation: Cognitive Reappraisal Can Either Help or Hurt, Depending on the Context."
Building on earlier work by Troy et al. (2010) linking reappraisal ability to stress buffering in daily life, the 2013 study examined whether the benefits of reappraisal depended on the controllability of the stressor. Participants reported on recent stressful life events varying in how much control they had over outcomes. The key finding was an interaction: reappraisal was beneficial — associated with lower depression — when stressors were uncontrollable, but provided no advantage and in some conditions was associated with worse outcomes when stressors were controllable. For controllable stressors, problem-focused coping — taking action to change the situation — is more effective than mentally reconstruing what cannot be changed. Reappraisal in the face of a solvable problem may actually impede action by reducing the emotional urgency that motivates behavior change.
This was a significant nuance in the model. The process model does not claim reappraisal is always superior; rather, it specifies that earlier-stage strategies, when well-matched to the situation, tend to be more efficient. Troy and colleagues' research made the condition explicit: reappraisal is best suited to situations where the emotional response cannot usefully motivate further action. When it can, other strategies may be more adaptive.
Case Study 4: Linehan and Regulation Deficits in Borderline Personality Disorder
Marsha Linehan's biosocial theory of borderline personality disorder (BPD), developed in the 1980s and presented fully in her 1993 book Cognitive-Behavioral Treatment of Borderline Personality Disorder and associated empirical papers, proposed that BPD is fundamentally a disorder of emotion dysregulation. On Linehan's account, individuals with BPD have both a biological temperament characterized by heightened emotional sensitivity and a developmental history in which emotional experience was systematically invalidated — leading to an inability to tolerate, label, modulate, or trust their own emotional responses.
Subsequent neuroimaging research corroborated this account. Silbersweig and colleagues (2007), in a study in American Journal of Psychiatry, found that patients with BPD showed exaggerated amygdala and limbic activity and reduced prefrontal regulatory engagement in response to emotionally provocative stimuli — a neural pattern directly opposite to that of effective reappraisal in healthy participants. The prefrontal-amygdala regulatory circuit that Ochsner and Gross identified as the substrate of reappraisal appeared to be dysfunctional in BPD: the top-down control was insufficient to modulate bottom-up emotional responding.
Linehan's Dialectical Behavior Therapy (DBT) directly targets this deficit through a skills training module that teaches four competency areas: mindfulness, distress tolerance, interpersonal effectiveness, and — most directly relevant — emotion regulation. The emotion regulation skills explicitly teach what the process model calls attentional deployment (mindfulness of current emotion), cognitive change (checking the facts, problem-solving), and response modulation (opposite action, reducing vulnerability to emotion mind). DBT is among the most empirically supported treatments for BPD, and its efficacy is consistent with the process model's account of what effective regulation involves.
Intellectual Lineage
Gross's process model did not emerge from a vacuum. Its intellectual architecture draws on at least four prior research traditions.
The most direct antecedent is the stress-and-coping literature initiated by Richard Lazarus and Susan Folkman. Lazarus's cognitive-relational theory of emotion, developed across his career and synthesized in Psychological Stress and the Coping Process (1966) and Stress, Appraisal, and Coping (1984, with Folkman), placed appraisal at the center of emotional experience: emotions are not direct responses to events but to the personal significance we attribute to events. This made appraisal a natural target for regulatory intervention. Gross's cognitive change/reappraisal strategy is a direct operationalization of manipulating Lazarus's appraisal processes. Where Lazarus described appraisal as something that happened to people as they encountered stressors, Gross asked what happened when people deliberately altered their appraisals, and what the consequences were.
A second lineage is the experimental emotion research tradition associated with Paul Ekman, whose work on universal facial expressions established the idea that emotions are discrete, biologically based programs with characteristic behavioral outputs — outputs that, in principle, could be more or less effectively modulated. Ekman's deception research, particularly his findings that people attempting to suppress emotional expressions produced detectable "microexpressions" — brief facial movements lasting a fraction of a second — provided one of the first empirical demonstrations that suppression is imperfect and costly. The leakage Ekman documented is precisely the social consequence that Gross and John (2003) would later find in habitual suppressors.
A third lineage runs through the affective neuroscience of Joseph LeDoux and Antonio Damasio, who established the neural architecture within which emotion and regulation operate. LeDoux's work on the amygdala as a rapid threat-detection system, particularly the "low road" pathway through the thalamus that bypasses cortical processing, implied that emotional responses are generated before the cortex has completed its analysis. This set up the regulatory problem that Gross's model addresses: once the amygdala has fired and the emotional program is underway, modifying the response requires active cortical intervention — which is effortful, as the physiology of suppression demonstrates.
A fourth lineage is Daniel Wegner's research on ironic processes of mental control. Wegner's 1994 Psychological Review paper, "Ironic Processes of Mental Control," demonstrated that attempts to suppress thoughts paradoxically increased their intrusive occurrence under conditions of cognitive load — producing the famous "don't think of a white bear" phenomenon. This ironic rebound effect, while specific to thought suppression rather than emotional suppression, introduced the theoretical possibility that regulatory efforts can systematically backfire, providing a framework for understanding why suppression-based strategies have problematic downstream consequences. Wegner's work raised a general caution about the limits of control-based approaches to unwanted mental contents.
Empirical Research: What the Evidence Shows
Beyond the landmark studies discussed in the case studies, several additional empirical findings are central to the current picture.
Gross (1998) established using psychophysiological methods that reappraisal and suppression have different cost profiles: both can reduce expressive behavior, but suppression produces sympathetic nervous system activation that reappraisal does not. This finding has been replicated with cardiovascular measures (Richards and Gross, 2000, in Journal of Personality and Social Psychology), cortisol measures, and skin conductance. The cumulative physiological burden of habitual suppression is consistent with evidence linking emotional suppression to immune dysregulation and poorer health outcomes, reviewed by Pennebaker (1997) in Psychological Science.
Richards and Gross (2000) also demonstrated a memory impairment unique to suppression: participants who suppressed during social interactions remembered less of what their conversation partner said compared to reappraisers and controls. The cognitive resources consumed by ongoing suppression compete with encoding — an effect with direct implications for clinical populations who use suppression habitually and may be impaired in learning and social information processing.
Sheppes and colleagues, in a series of studies from 2011 to 2014, examined strategy selection — asking not which strategy is more effective, but when people choose among available strategies. Their findings, published in the Journal of Experimental Psychology: General and Emotion, showed that people prefer distraction for high-intensity emotional stimuli and reappraisal for low-to-moderate intensity stimuli. This preference is not irrational: distraction is effective at reducing acute distress, and reappraisal may be genuinely harder to implement when emotional arousal is high. But it creates a problem: high-intensity situations are precisely those in which reappraisal would be most valuable if it could be deployed, and the avoidance of reappraisal at high intensity may explain some of the accumulation of maladaptive patterns in clinical populations.
Gross's extended process model, published in Emotion Review in 2015, incorporated regulatory effort into a broader goal-based account. In the updated framework, emotion regulation is one instance of a more general process of goal pursuit and self-regulation. The 2015 model identifies three stages: identifying what one wants to regulate and why (a "valuation" stage), committing regulatory resources (an "identification" stage), and implementing a strategy (an "implementation" stage). This extension brought emotion regulation into contact with motivation science — including work on self-control, depletion, and goal conflict — and allowed the model to account for phenomena like regulatory motivation and the conditions under which people choose to regulate at all.
Limits, Critiques, and Nuances
The process model is among the most influential frameworks in contemporary psychology, but it has attracted substantive criticisms that complicate its predictions and challenge some of its foundational assumptions.
The suppression-is-bad consensus may be overstated. The evidence from Western samples consistently links habitual suppression to worse social and emotional outcomes, but cross-cultural research introduces important qualifications. Matsumoto and colleagues have documented that collectivist cultures with strong norms around emotional restraint — particularly East Asian cultures — show that suppression does not carry the same social costs as in individualistic Western contexts. In cultures where emotional restraint is normatively expected and authentically shared, suppression may not create the social disconnection that Gross and John documented, because observers are not interpreting unexpressive behavior as concealment. Mauss and Butler (2010), in Personality and Social Psychology Bulletin, found that for participants under social threat, suppression was associated with less cardiovascular reactivity — the opposite of Gross's Western finding — among individuals for whom restraint was consistent with cultural identity. The lesson is not that suppression is sometimes good, but that the consequences of regulatory strategies are context-dependent in ways that laboratory findings from one cultural setting may not capture.
The reappraisal-suppression dichotomy oversimplifies regulatory reality. In everyday life, people rarely apply a single strategy in isolation. They use combinations: they may select situations partly to avoid emotional encounters, deploy attention strategically within those situations, and then reappraise aspects that prove disturbing. Aldao (2013) has argued in Current Directions in Psychological Science that the field's emphasis on comparing strategies in isolation has produced an artificially clean picture that may not translate to naturalistic regulation, where strategies interact and their effects compound. Ecological momentary assessment studies — sampling regulation in daily life via experience-sampling methods — show that the benefits of reappraisal are less consistent in real-world data than in laboratory experiments, suggesting that the conditions under which reappraisal is effective are narrower in practice than the laboratory evidence implies.
The regulation-dysregulation distinction may be continuous rather than categorical. Much clinical and research writing treats emotion dysregulation as a discrete condition distinguishable from normal regulation. But the evidence supports a dimensional view: the same strategies deployed in different doses, frequencies, and contexts can be adaptive or maladaptive. Rumination is not simply a pathological alternative to normal processing; it shades continuously from adaptive reflection and problem analysis into the maladaptive repetitive pattern Nolen-Hoeksema described. Suppression is not uniformly harmful; momentary suppression is part of social competence in many contexts. This suggests that clinical interventions targeting regulation should attend to the flexibility and context-sensitivity of regulatory behavior, not just its content. Aldao, Sheppes, and Gross (2015), in Cognitive Therapy and Research, developed the concept of "regulatory flexibility" — the capacity to switch strategies in response to changing demands — as a better predictor of psychological health than either the use or avoidance of any single strategy.
Conceptual boundaries remain contested. Is emotion regulation distinct from coping? From self-regulation? From emotion generation? Gross's process model places emotion regulation within a broader self-regulatory framework, but the boundaries between regulating emotions, regulating behavior motivated by emotions, and regulating the situations that generate emotions are porous. Some researchers, including Koole (2009) in a major review in Cognition and Emotion, have argued that the field has not adequately distinguished between the regulation of the emotional response (the feeling, expression, physiology) and the regulation of the emotional process (the appraisal and attention that generate the response). This distinction matters because interventions targeting the response after generation may have fundamentally different mechanisms and limits than those targeting the generative process — which is precisely the insight Gross's antecedent-response distinction was built on, but which becomes complicated when people learn to recognize and preemptively modify their own appraisal tendencies.
References
Gross, J. J. (1998). The emerging field of emotion regulation: An integrative review. Review of General Psychology, 2(3), 271–299.
Gross, J. J. (1998). Antecedent- and response-focused emotion regulation: Divergent consequences for experience, expression, and physiology. Journal of Personality and Social Psychology, 74(1), 224–237.
Gross, J. J., & John, O. P. (2003). Individual differences in two emotion regulation processes: Implications for affect, relationships, and well-being. Journal of Personality and Social Psychology, 85(2), 348–362.
Ochsner, K. N., & Gross, J. J. (2005). The cognitive control of emotion. Trends in Cognitive Sciences, 9(5), 242–249.
Lieberman, M. D., Eisenberger, N. I., Crockett, M. J., Tom, S. M., Pfeifer, J. H., & Way, B. M. (2007). Putting feelings into words: Affect labeling disrupts amygdala activity in response to affective stimuli. Psychological Science, 18(5), 421–428.
Aldao, A., Nolen-Hoeksema, S., & Schweizer, S. (2010). Emotion-regulation strategies across psychopathology: A meta-analytic review. Clinical Psychology Review, 30(2), 217–237.
Nolen-Hoeksema, S. (1991). Responses to depression and their effects on the duration of depressive episodes. Journal of Abnormal Psychology, 100(4), 569–582.
Troy, A. S., Shallcross, A. J., & Mauss, I. B. (2013). A person-by-situation approach to emotion regulation: Cognitive reappraisal can either help or hurt, depending on the context. Psychological Science, 24(12), 2505–2514.
Gross, J. J. (2015). Emotion regulation: Current status and future prospects. Psychological Inquiry, 26(1), 1–26.
Richards, J. M., & Gross, J. J. (2000). Emotion regulation and memory: The cognitive costs of keeping one's cool. Journal of Personality and Social Psychology, 79(3), 410–424.
Mauss, I. B., & Butler, E. A. (2010). Cultural context moderates the relationship between emotion control values and cardiovascular challenge versus threat responses. Biological Psychology, 84(3), 521–530.
Aldao, A., Sheppes, G., & Gross, J. J. (2015). Emotion regulation flexibility. Cognitive Therapy and Research, 39(3), 263–278.
Frequently Asked Questions
What is Emotion Regulation?
Emotion regulation refers to the processes by which individuals influence which emotions they have, when they have them, and how they experience and express those emotions. James Gross's process model (1998) organizes regulation strategies along the emotion-generative sequence: situation selection, situation modification, attentional deployment, cognitive change (reappraisal), and response modulation (suppression).
Why is cognitive reappraisal better than suppression?
Gross and John (2003) found that habitual reappraisers experienced more positive emotions, shared emotions more in relationships, and reported greater life satisfaction — while habitual suppressors showed the opposite pattern. Physiologically, suppression increases cardiovascular activation and reduces memory for emotional events (Richards and Gross 2000). Reappraisal changes the emotion itself; suppression hides it while it continues to operate internally.
What happens in the brain during cognitive reappraisal?
Ochsner and Gross (2005) found that cognitive reappraisal engages prefrontal and anterior cingulate regions that regulate amygdala activity. Lieberman et al. (2007) showed that simply labeling emotions ('affect labeling') — putting feelings into words — reduced amygdala activity in an fMRI study, suggesting that language-based emotional processing is itself a regulatory mechanism, not just a report of regulation.
Is cognitive reappraisal always the best strategy?
Troy, Shallcross, and Mauss (2013) found that reappraisal benefits were strongest under high-stress, controllable situations — but under genuinely uncontrollable chronic stress, reappraisal provided less benefit. Aldao (2013) introduced 'regulatory flexibility' — the ability to deploy different strategies depending on context — as a better predictor of well-being than strategy type alone. Sometimes suppression or distraction is the adaptive choice.
How does emotion regulation fail in psychopathology?
Suppression and rumination are associated with anxiety and depression. Aldao, Nolen-Hoeksema, and Schweizer's 2010 meta-analysis found that maladaptive strategies (rumination, avoidance, suppression) showed substantially larger effect sizes in predicting psychopathology than adaptive strategies showed in predicting well-being. Marsha Linehan's biosocial theory proposes that borderline personality disorder results from an interaction of emotional sensitivity and invalidating environments that prevent adequate emotion regulation skill development.