military mental health

Sociopaths in Extreme Environments | Melanie Boling, Boling Expeditionary Research

Dealing with a Sociopath in Extreme Environments

Extreme environments – from survival situations in the wild to combat zones, polar expeditions, submarines, and space missions – test human psychology to its limits. In these settings, isolation, stress, and danger are constant companions. Dealing with a team member who is a sociopath (someone with Antisocial Personality Disorder) adds another layer of complexity and risk. This article explores what it’s like to manage a sociopathic individual in such physically and psychologically extreme contexts. We will cover the clinical traits of sociopathy, how extreme stress can amplify antisocial behavior, the dangers posed to group dynamics and mission success, insights from psychology experts and case studies, and strategies for leaders and teams to mitigate these challenges.

Understanding Sociopathy (Antisocial Personality Disorder)

Sociopathy, clinically referred to as Antisocial Personality Disorder (ASPD), is characterized by pervasive patterns of disregard for and violation of the rights of others . In common terms, sociopaths (often used interchangeably with psychopaths) exhibit a chronic lack of empathy, remorse, and guilt. Key traits associated with ASPD include :

  • Lack of Empathy and Remorse: An inability to genuinely care about others’ feelings or feel guilt for harm caused. Sociopaths can cause pain without experiencing remorse or guilt .

  • Deceitfulness and Manipulation: A tendency to lie, con, and manipulate others for personal gain or amusement. They can be skilled flatterers and liars, often charming their way into people’s lives .

  • Disregard for Social Norms: Little to no regard for laws, rules, or moral standards. They often violate social norms and the rights of others as a matter of course .

  • Impulsivity and Volatility: Many sociopaths are impulsive, disorganized, and prone to volatile outbursts, making their behavior unpredictable . They may act rashly under stress without considering consequences.

  • Superficial Charm and Calm: Some high-functioning individuals with these traits can appear normal or even charismatic. They might remain eerily calm under pressure or danger due to blunted fear responses, a “bold” or disinhibited demeanor .

ASPD is a relatively rare disorder – occurring in roughly 4% of the general population according to some estimates – but its impact is outsized. A sociopath can function in everyday life as a coworker or even a leader, often hiding in plain sight. Importantly, the Diagnostic and Statistical Manual of Mental Disorders (DSM-5) groups “sociopathy” and “psychopathy” under the ASPD diagnosis, though some experts distinguish that sociopaths are more impulsive and less calculating than psychopaths . In the context of an extreme environment, any such individual presents unique challenges due to their atypical responses to stress and danger.

Extreme Environments: Isolation, Stress, and Danger

Extreme environments like remote expedition bases, war zones, deep-sea submarines, or space missions impose extraordinary stress on all people involved. These settings are defined by isolation from the outside world, confined living quarters, high stakes, and often life-threatening physical conditions.

Psychologically, being “locked up together for weeks, thousands of miles away from civilization” means there is no escape and no easy access to outside support . Even well-adjusted individuals experience effects such as disrupted sleep cycles, heightened irritability, cognitive impairment, and mood swings when exposed to prolonged isolation and environmental extremes . Interpersonal frictions that might be minor in normal life can flare up easily and discord can quickly take over an isolated crew .

Research on polar expeditions and similar isolated, confined, extreme (ICE) environments has documented a cluster of psychological effects. Common symptoms include “disturbed sleep, impaired cognitive ability, negative mood (affect), and interpersonal tension and conflict” among team members . In fact, about 5% of people on expeditions develop serious psychiatric disorders meeting clinical criteria (e.g. depression, anxiety, or others) under these conditions . The phenomenon of the “winter-over syndrome” in Antarctica, for example, shows how darkness, cold, and isolation can lead to depression and irritability in crews trapped over winter .

Crucially, everything is magnified in an extreme environment. As psychology professor Richard Addante explains, these extraordinary situations can “bring out the best but also the worst in people… In these isolated settings, time stretches and everything gets magnified… things that wouldn’t be a big problem under normal circumstances feel like they are under a microscope or on steroids”. Small annoyances or personality quirks can evolve into major conflicts after weeks or months of confinement. Isolation also deprives individuals of their usual coping outlets – there are no friends to call, no places to vent frustrations outside the group, and very limited privacy. Stress hormones may be chronically elevated and basic needs (sleep, nutrition, sunlight) are often suboptimal, which further erodes patience and psychological resilience .

In summary, extreme environments naturally induce high stress and strain on group dynamics. Now imagine adding a sociopath into this mix. The very traits that define ASPD – lack of empathy, impulsivity, need for control – can be amplified by the extreme context. The next sections discuss how sociopathic behavior may manifest under such stress and what risks that poses.

Sociopathic Behavior Under Extreme Stress

Under extreme environmental stress, a person with sociopathic tendencies may behave in ways that are even more erratic or dangerous than under normal conditions. The amplification effect of isolation and high stakes can interact with sociopathy in several ways:

  • Heightened Impulsivity and Aggression: Sociopaths are often volatile to begin with, and intense stress or frustration can trigger explosive outbursts or violence. With their low impulse control, they might react disproportionately to provocations. For example, on a remote Antarctic station in 2018, an interpersonal squabble culminated in one crew member stabbing another with a kitchen knife . (In that case, the provocation was trivial – the victim kept spoiling the endings of books the other was reading – illustrating how small irritations can set off extreme reactions in confinement.) While we don’t know if the perpetrator had ASPD, the incident shows how a person prone to aggression can become a serious danger when stress builds up in isolation.

  • Emotional Detachment in Crisis: On the flip side, sociopaths’ lack of empathy and fear can translate into a cold, unnervingly calm demeanor in crises. They may make decisions purely on logic or self-interest without the panic or emotional turmoil others feel. One former Air Force servicemember diagnosed with ASPD noted that he could “detach any real emotion” and view humans as just another animal – “I think that makes it easier to make certain decisions in combat”, he explained . In a survival scenario, this detachment might help the sociopath stay cool under pressure, but it can also lead to ruthless choices (e.g. abandoning an injured teammate because it’s pragmatic, with no remorse). What might be a mental advantage in split-second decision-making is a moral and safety liability for the group.

  • Manipulation of Group Dynamics: Sociopaths are adept at manipulating others. Under stress, they might play mind games, divide and conquer the team, or turn people against each other to maintain control or alleviate their boredom. In the confined bubble of an expedition or patrol, such manipulation can be especially destructive – there’s no outside relief and conflicts fester under the magnifying glass of isolation . A sociopathic individual might exploit others’ weaknesses (for instance, needling someone about their fears or undermining the leader’s authority) to assert dominance or alleviate their own sense of powerlessness in the situation.

  • Paranoia and Delusional Behavior: In extreme settings, even psychologically healthy people can experience mild paranoia or cognitive distortions (sometimes called the “ICE psychosis”). A person with antisocial traits might become paranoid about others or assume hostile intent where there is none, given their lack of trust. Historical cases from polar expeditions show crewmen developing paranoid delusions that their teammates were out to harm them . If a sociopath’s worldview already treats others as untrustworthy or expendable, such environmental stress could push them toward dangerous misinterpretations of teammates’ actions, potentially leading to pre-emptive aggression.

  • Amplified Self-Preservation Instinct: Sociopaths generally put their own survival and interests first. In a life-and-death environment, this instinct may become extreme. They might hoard supplies, break protocol to save themselves, or refuse risky assignments, undermining the team’s safety. As one military veteran observed, people with ASPD “tend to look out for themselves first”, a mindset incompatible with roles that require risking one’s life for others . In a disaster scenario, this could mean a sociopathic individual abandons the group or even sacrifices others if it increases their personal odds of survival.

It’s worth noting that not all sociopaths react identically. Some high-functioning individuals might mask their antisocial traits and maintain discipline if it aligns with their goals (for instance, a sociopathic astronaut who cares about the mission’s success might behave cooperatively as a means to an end). However, the general tendency under extreme stress is that maladaptive traits will be exacerbated. As John Leach, a survival psychologist, points out, incidents in isolated missions usually “build up and build up” from multiple stressors until a small trigger causes a blow-up . A person prone to antisocial behavior might reach that breaking point faster and in more harmful ways than others.

Risks to Group Dynamics, Safety, and Mission Success

Having a sociopath in a high-stress, high-stakes environment poses serious risks to the cohesion, morale, and safety of the entire group. Below are some of the most significant challenges and dangers such an individual can present:

  • Erosion of Trust and Team Cohesion: Teams in extreme environments survive by trusting each other with their lives. A sociopath’s failure to form emotional connections and habitual deceit make it hard for peers to trust them . If teammates feel one member “doesn’t have their back” or might act unpredictably, it undermines unit cohesion. In the military, for example, each soldier’s life literally depends on the others – a sociopath who cannot bond or respect his comrades is “difficult to train” and integrate in such life-or-death teamwork . This mistrust can fracture the group into cliques or cause constant anxiety about sabotage or betrayal.

  • Defiance of Authority and Breakdown of Discipline: Sociopathic individuals don’t like being told what to do. They often struggle to tolerate superiors or rules, which is dangerous in situations that demand strict discipline (e.g. a submarine or spacecraft) . They may openly challenge leaders, flout standard operating procedures, or encourage others to rebel. In worst cases, this could lead to mutiny or the refusal to follow orders at critical moments. A historical example is the mutinous behavior portrayed in accounts of doomed expeditions (such as fictionalized in the Franklin polar expedition’s story, where a sociopathic crewman’s defiance contributed to chaos). Even in less dire forms, rule-breaking can jeopardize safety – consider a climber who ignores rope team protocols or a soldier who disobeys engagement rules and endangers civilians and comrades. Indeed, one Marine unit in Iraq had a highly skilled member who “broke” under stress and began attempting to violate the rules of engagement, until his commander pulled him from the field for everyone’s safety .

  • Increased Potential for Violence: By definition, a sociopath has a reduced internal brake on harming others. In cramped, tense quarters, the risk of violence is significantly heightened. Aggressive posturing can escalate quickly to fights or worse when there’s no easy escape from a conflict. Leaders historically even anticipated this – Admiral Richard Byrd, preparing for a 1928 Antarctic expedition, reportedly brought along two coffins and twelve straitjackets in his supplies , expecting that extreme psychological stress might produce deadly or deranged behavior. While physical fights among modern astronaut or research crews are exceedingly rare, there have been incidents: e.g., a Russian scientist stabbed his colleague in Antarctica in 2018 after an argument . A sociopath’s lack of remorse means if they do snap, they won’t feel guilt that might otherwise restrain violence. This is a grave threat: an out-of-control individual could injure or kill teammates, disable critical equipment, or in a spacecraft setting, even sabotage life-support systems without compunction.

  • Compromised Group Safety and Mission Outcomes: The presence of a sociopath can directly imperil mission success. Safety in extreme environments often depends on everyone following procedures and watching out for each other. A sociopathic crew member might neglect a duty (e.g. skipping a safety check or hoarding emergency resources) because they simply don’t care about the group’s welfare. They might also make unilateral decisions that put the mission at risk – for instance, aborting a mission segment they find inconvenient or engaging in reckless behavior for personal thrill. In combat or emergency survival, a sociopath might prioritize self-preservation so strongly that they, say, abandon a post or refuse to share essential supplies . This not only endangers lives in the moment but can lead to mission failure (a climb that must be aborted, an experiment ruined, a battle lost). If the sociopath is in a leadership role, the risks multiply: sociopathic leaders often divide teams and pursue personal glory or dominance over mission goals, potentially leading the entire group into disaster. No one is safe if the person giving orders has no empathy or conscience; history and fiction are replete with examples of tyrannical captains driving crews to ruin.

  • Psychological Strain on Others: Even if overt violence or sabotage never occurs, a sociopathic individual can inflict severe psychological stress on others through bullying, intimidation, or mind games. Team members may feel they are “walking on eggshells” around the person, which adds to the already heavy stress load of the environment. Morale can plummet, and people may become distracted from tasks out of fear of upsetting the sociopath. In an extreme environment, distraction and low morale can be deadly (for example, an exhausted, stressed scientist might make a critical error in an experiment or a pilot might miss a safety protocol). The entire psychological climate of the mission can shift from collaborative to antagonistic if one toxic personality dominates. This kind of toxic group atmosphere has been observed in some expeditions and military units where an antisocial or narcissistic person was present . Ultimately, the danger is not only physical but also mental – the sociopath can become a catalyst for anxiety, paranoia, and conflict that wear down the team’s ability to function.

It’s telling that militaries have struggled with this issue. While some sociopathic traits (like fearlessness or aggression) might seem advantageous in combat, studies and soldier testimonies indicate that “many sociopaths are unable to overcome their more troublesome tendencies long enough to excel in a military environment” . They often can’t be team players or accept authority, leading them to wash out despite their potential. Those few who do manage to integrate to a degree may indeed fight fiercely – a U.S. Army study by Major David Pierson described high-functioning psychopaths as “natural killers” who can kill enemies in droves and exhibit competitive drive – but even Pierson acknowledged the need to identify and closely monitor such individuals. They are a double-edged sword. In less structured settings like expeditions or private ventures, the risks arguably outweigh any benefit: one “bad apple” can truly spoil the barrel when a team is fending for survival.

The worst-case scenario, of course, is having a sociopath on a mission where evacuation or removal is impossible. Space missions exemplify this – once a crew is en route to Mars or orbiting Earth, you cannot simply send a disruptive person home. As psychologist Richard Addante notes, “There’s no chance of removing an afflicted crew member from a Mars-bound spacecraft.” The team would have to live with the individual no matter what happens. This raises the stakes tremendously; in such cases the only solution is to prevent the situation from ever arising or to neutralize it through management and support.

Case Studies and Expert Insights

To better understand the impact of sociopaths in extreme environments, it helps to look at a mix of real and hypothetical examples, as well as expert commentary:

  • Historical Polar Expeditions: The chronicles of early Antarctic and Arctic expeditions reveal numerous incidents of psychological breakdown and violence. In the 1898 Belgica expedition, two crewmen became so disturbed during the sunless winter that they developed paranoid delusions and threatened to kill their shipmates . During Admiral Byrd’s 1928–1930 Antarctic expedition, one radio operator (Sidney Jeffreys) grew convinced that others were conspiring to murder him, leading him to send frantic distress messages and suffer a complete mental collapse . These cases might not have been “sociopaths” from the start (they could be seen as severe reactions to isolation), but they illustrate how extreme conditions can trigger antisocial or psychotic behavior. Expedition leaders like Byrd took these possibilities so seriously that they packed restraints and coffins, expecting that someone could turn violent or insane . Such drastic measures underscore the real danger of interpersonal meltdown when humans are pushed past their mental limits.

  • Modern Antarctic Station Incident (2018): A well-known recent case involved two researchers at Russia’s Bellingshausen Station in Antarctica. After months of confinement, one scientist stabbed another in the chest, allegedly because the victim kept revealing plot spoilers from library books . The injured man survived, and the attacker was reportedly sent home once travel was possible. While this incident appears to have been a moment of madness rather than premeditated sociopathic cruelty, it demonstrates a critical point: extreme isolation can make minor grievances explode into life-threatening violence. If that attacker had longstanding antisocial tendencies (e.g. poor impulse control, aggression), the environment likely amplified them until he snapped. Psychologists examining the case noted that such outbursts, though rare, highlight shortcomings in screening and the need for better coping strategies during long missions .

  • Military Experiences: The military offers a trove of insight on individuals with sociopathic traits under extreme stress. One U.S. Marine Corps veteran recounted a young Marine in Iraq who was exceptionally effective in combat (“one of our greatest warriors”) until he “broke” psychologically . The Marine began exhibiting psychopathic behaviors – attempting to violate the rules of engagement (ROE) by using excessive violence – and had to be pulled off missions by his superiors . In this case, the tight discipline and fellow Marines kept him from going over the edge initially (they physically restrained him from ROE violations), but it shows that even trained soldiers can reach a breaking point where latent antisocial tendencies surface. On the other hand, some soldiers with ASPD have managed to serve effectively. The VICE interview with “Ben,” a former airman with ASPD, revealed that he could compartmentalize his lack of empathy and perform his duties, even finding that his emotional detachment made certain hard choices easier . However, Ben also admitted to having no close friendships and viewing people in a cynical light . This suggests he may not have been in a role that required tight camaraderie. Indeed, research indicates sociopaths in the armed forces gravitate to certain roles (like front-line infantry or special forces) where aggression is useful, but they struggle in collaborative, hierarchical units and often end up discharged due to disciplinary issues . Major Pierson’s study metaphorically calls successful high-functioning psychopaths a “secret weapon” – they can be pointed at the enemy – but also warns that they need to be spotted and managed carefully . In less formal expedition teams or ad-hoc survival groups, that kind of oversight might not exist, making a sociopath far more dangerous to his own team.

  • Space Missions – Real and Fictional: Thus far, space agencies like NASA have been very careful to screen out individuals with personality disorders or incompatible personalities from astronaut corps . The result is that real space missions have not seen a known sociopathic incident – astronauts tend to be highly resilient, team-oriented people. However, concerns persist for future long-duration flights (e.g., to Mars). Space psychologists often use Antarctic winter-overs as analogs for space, and the consensus is that a sociopathic or severely antagonistic crew member could be disastrous in space. There is the famous case of the 1973 Skylab 4 “mutiny” – the crew (not sociopathic but extremely stressed) became so fed up with mission control that they stopped working and cut off communications for a day. This was a minor labor strike compared to what could happen if a truly antisocial person decided to sabotage a mission. Fiction and film have started to explore this dark scenario (for instance, the film ISS imagines conflict and violence between astronauts in orbit). Experts like John Leach note that missions need an “elaborate interpersonal alchemy” in crew selection . If someone with hidden sociopathy slipped through, there’s a fear that in the confined capsule of a spacecraft, with no escape and no rescue, one person’s psychopathy could put the entire crew and mission in jeopardy. This is why “psychological screening procedures to select out unsuitable candidates” are a cornerstone of human spaceflight preparations .

  • Hypothetical Survival Scenarios: Consider a scenario of a small group of adventurers stranded in a remote wilderness (a plane crash in mountains or a lifeboat at sea). If one member is a sociopath, the classic survival narrative could take a grim turn. That individual might refuse to cooperate in rationing food or water, perhaps hoarding supplies for themselves. They might attempt to dominate or intimidate others to establish control over the group’s decisions (e.g., deciding to abandon someone who’s injured because they are a burden). In extreme cases, history has seen survival situations devolve into murder or cannibalism; a sociopathic person would likely feel fewer moral qualms in such dire straits. While every group is different, survival experts stress the importance of group unity and mutual support. A sociopath undermines those principles, introducing a predator-like dynamic when the group can least afford it.

Psychological experts emphasize both the amplifying effect of extreme environments and the importance of careful human factors planning. Lawrence Palinkas and Peter Suedfeld, who studied polar expeditions, found that negative outcomes (like serious conflicts or disorders) could be mitigated by selecting individuals with suitable personalities and providing training in coping strategies and teamwork . In other words, prevention is key: you try not to send a sociopath to the South Pole or to orbit in the first place. Richard Addante highlights that standard pre-mission psychological tests are useful to filter out “obvious red flags” but are not foolproof – “they’re not blood tests… The human psyche is too complex,” he says . This means someone with well-concealed antisocial traits might pass screening, which is why continuous monitoring and support during the mission are also necessary.

John Leach notes that people drawn to extreme endeavors are already a self-selecting group: “you are selecting from a pool of people who are not completely normal… people who have an appetite for doing extreme, dangerous things. Inherently, the candidates are likely to have something missing from their lives.” . This doesn’t mean most adventurers are sociopaths at all; rather, it means there may be higher prevalence of certain personality extremes (like sensation-seeking, or the “Right Stuff” mentality among astronauts). Missions therefore have to fine-tune crew composition (e.g., avoid putting people together who are known to clash, balance personality types) and not just remove bad candidates. It’s a delicate balancing act.

Finally, when things do go wrong, experts advise compassion and level-headedness. In the 2025 incident at South Africa’s SANAE IV Antarctic base – where a team member’s aggressive behavior and threats caused alarm – the resolution so far has involved intensive psychological support and mediation rather than immediate evacuation . The individual received counseling via satellite phone, participated in activities to rebuild trust, and even wrote apology letters to those he threatened . Remarkably, the psychologists guiding the process (including Addante) argue that forgiveness and understanding are critical in such extreme cases . The rationale is that these environments can make anyone “not their best self,” and if a breakdown occurs, a degree of grace can help the team heal . Of course, this assumes the person is willing to reform; a true sociopath might fake remorse to get out of trouble, so one must tread carefully. Nonetheless, the SANAE IV case shows that not every frightening incident leads to a mission-ending catastrophe – with proper management, even a serious conflict can sometimes be de-escalated and the mission continued safely.

Strategies for Managing or Mitigating Sociopathic Behavior

Facing the challenge of a sociopath in an extreme environment calls for a mix of preventive measures, on-the-ground management strategies, and leadership skills. Below are key strategies teams and leaders can employ to mitigate the impact of sociopathic behavior in such settings:

  • Rigorous Screening and Selection: The first line of defense is not putting a sociopath in the group to begin with. Organizations like NASA and polar programs use psychological evaluations to “select out unsuitable candidates” – for example, anyone with a diagnosed antisocial personality disorder or a history of violent/aggressive behavior would be disqualified. Screening isn’t perfect, but it can filter out the most obvious red flags. It’s also important to check references and past teamwork experiences; someone with a pattern of bullying or rule-breaking in previous expeditions or deployments is a high risk for future missions.

  • Balanced Team Composition: Beyond removing clearly unfit individuals, planners should aim for complementary personalities in the team. Research suggests that certain combinations (like very domineering personalities with very passive ones, or too many extroverts without introverts) can increase conflict . A sociopath, if included at all (knowingly or unknowingly), might be less disruptive if surrounded by peers who are resilient, assertive, and have strong conflict-resolution skills. Diversity in problem-solving styles and a clear chain of command can prevent one manipulative person from gaining undue influence. In military units, for example, it’s often noted that mid-level leaders keep an eye out for “the crazies” in their ranks to ensure they don’t rise to positions of harm . In expeditions, having co-leaders or a group voting system could blunt the power of a single toxic leader.

  • Pre-Mission Training in Psychology and Team Dynamics: Teams should be trained in advance on interpersonal skills and conflict management. This includes learning de-escalation techniques, communication protocols, and establishing a shared code of conduct. As Addante observed, historically “training for psychological coping” has been an afterthought compared to technical training, but that is starting to change . By conducting team-building exercises and even simulations of emergencies (including how to handle a crew member who becomes violent or uncooperative), a group is better prepared. For instance, crews in Antarctic programs often undergo team training where they discuss how to handle stress and what to do if someone starts acting erratically. The British Antarctic Survey reportedly trains for scenarios of a team member becoming violent, including practicing how to restrain someone if necessary (though details are not public, it’s a reasonable precaution similar to Byrd’s era of packing straitjackets). Everyone should know the plan for handling a worst-case interpersonal incident.

  • Clear Leadership and Role Definition: A strong, competent leadership structure is vital. Leaders should set the tone early that no abusive or erratic behavior will be tolerated, laying out consequences. At the same time, they must remain vigilant and approachable so that if team members feel threatened or notice red flags, they can report it without fear. In a combat unit, this might mean an officer quickly disciplines a soldier who bullies others. In a space crew, the mission commander might redistribute duties if one astronaut isn’t handling stress well. Assigning roles can also help keep a potential sociopath in check – e.g. keep them busy with clearly defined tasks, ideally tasks that isolate critical responsibilities (so they can’t single-handedly sabotage a vital system). If the person is known to be difficult, a leader might pair them with a stable buddy who can monitor and report any troubling behavior (a kind of informal observation).

  • Robust Psychological Support During Mission: Once in the field, providing outlets for stress and access to mental health support can make a huge difference. On long missions, schedule regular private check-ins for each member with a psychologist via radio or phone (as logistics allow). In the SANAE IV station case, authorities implemented “psychological support measures including frequent phone calls with psychiatrists and counsellors” to defuse a bad situation . Knowing that they can talk confidentially to a counselor might help a sociopathic individual vent or at least feel someone is paying attention to them (potentially preventing acting out). For the rest of the team, group counseling sessions or simply facilitated chats about grievances can stop resentment from boiling over. Some Antarctic stations and navy submarines have periodic “town hall” meetings for crews to air issues. The presence of mental health tools (journals, relaxation tapes, maybe even medication if prescribed) contributes to overall stability. Essentially, you can’t remove the isolation, but you can buffer its effects.

  • Monitoring and Early Intervention: Leaders and team members alike should keep an eye on any individual who shows signs of troubling behavior, whether that’s escalating aggression, withdrawal, or rule-breaking. Early intervention is key. This might be as simple as pulling someone aside for a frank conversation (“I’ve noticed you’ve been hostile lately; is something wrong?”). In more serious cases, it could mean relieving the person from certain duties. We saw this in the Marine example – the unit commander made the soldier who “broke” stay back at base for the rest of the deployment, removing his access to combat situations where he might be a liability . Similarly, an expedition leader might decide to keep a problematic member at camp during a risky climb. If the environment allows, evacuation should be considered once someone’s behavior crosses a line. In many polar missions, there is a protocol for psychiatric evacuation if a person becomes a danger to self or others (weather permitting). It’s obviously harder in places like deep space or months-long submerged submarine patrols, which is why containment is the next strategy.

  • Containment Measures for Acute Episodes: In the worst-case scenario where a sociopathic individual becomes violent or is endangering the mission in real-time, teams must have a plan to neutralize the threat. This could involve physical restraint (harkening back to Byrd’s straightjackets – modern crews might use cable ties or sedation). Safety of the group comes first; if two strong crew members need to tackle and secure a rampaging teammate, that is preferable to allowing harm. On ISS, astronauts have access to a restraint kit and sedatives in the medical kit in case an astronaut experiences a psychological break (NASA has acknowledged this contingency). It sounds drastic, but in a closed environment, one person can’t be allowed to destroy everyone’s chances of survival. The idea is to restrain or isolate them until they can be handed over to proper medical care. All crew should be briefed on this possibility, so it doesn’t come as a shock if it must be executed.

  • Documentation and Rules of Engagement: It may help to have a clear protocol or agreement signed by all members outlining acceptable behavior and steps that will be taken if someone becomes a threat. In military units, this is part of the code of military justice. In civilian expeditions, it could be a charter that everyone discusses beforehand (e.g., “If someone endangers others, the leader has authority to confine them to quarters or sedate them for safety”). This transparency can empower leaders to act decisively when needed, and it puts the sociopathic individual on notice that others will act as a unified front if lines are crossed.

  • Post-Incident Reconciliation and Healing: If an incident does occur (short of one that requires evacuation), the team should make concerted efforts to restore trust and morale afterward. This can be very challenging – how do you continue an expedition with someone who, say, attacked a colleague? The SANAE IV approach gives one blueprint: it involved the offender taking responsibility (apology letters) and active participation in activities to rebuild relationships . The others, guided by counselors, attempted to forgive and not overly stigmatize the individual, recognizing the extreme stress of the situation . While in some cases removal will be the only option, in others, especially if the person’s breakdown was seen as a one-time snap, forgiveness and reintegration may salvage the mission . It’s crucial that everyone have a say in this process – the victims or targets of the behavior need to feel safe and heard. Mediation sessions can help air grievances and set new boundaries. Ideally, the group emerges with a stronger understanding of each other and clarity on how to avoid a repeat. In all scenarios, professional counseling after the mission is recommended, as such incidents can leave lasting trauma or tension if not addressed.

  • Leverage Strengths (with Caution): In specific contexts like the military, some leaders have learned to channel the traits of “high-functioning” sociopaths into appropriate roles under supervision . For example, a highly aggressive soldier might be put in a direct combat role where their ruthlessness is an asset, but paired with a partner or within a fireteam that keeps them in check. This is not always applicable (and definitely not in small expedition teams or space crews where everyone needs to be well-rounded and cooperative), but it’s a perspective to note. If you recognize someone has ASPD traits yet must be part of the team (perhaps they have indispensable skills or can’t be removed), consider assigning them tasks that play to their strengths – tasks requiring bold action, independent work, or nerves of steel – while minimizing their influence over sensitive group decisions. Essentially, contain the “blast radius” of their potential behavior. This approach was implicitly suggested by Major Pierson in his study: identify the natural killers and position them where they can do what they do best under oversight . Outside of combat, an analogy might be giving the sociopathic climber the lead on a dangerous pitch (they may feel fearless), but ensuring the team’s safety doesn’t hinge solely on that person’s judgment.

It must be stressed that managing a sociopath is never easy – even in normal workplaces it’s a major challenge, let alone in a life-and-death wilderness or spacecraft scenario. Prevention is far better than cure, which is why so much emphasis is placed on selection, training, and team culture. As the saying goes in mission planning, “you get out of it what you take into it” – meaning a team that enters an extreme environment with strong cohesion, clear expectations, and the right personalities is likely to handle stress well, whereas a team with a bad apple will eventually pay the price.

Conclusion

Dealing with a sociopath in physically and psychologically extreme environments is a formidable challenge that tests leadership and team resilience. Sociopathy (ASPD) brings traits – lack of empathy, manipulativeness, impulsivity – that are fundamentally at odds with the trust, cooperation, and self-sacrifice that extreme situations often demand. Under the magnifying glass of isolation and danger, these antisocial traits can become even more pronounced, endangering not just interpersonal harmony but the very survival of the group.

From polar expeditions a century ago to modern-day military units and spaceflight simulations, we see a consistent theme: individual behavior can make or break a mission. One person’s psychological issues can cascade into conflict and crisis when everyone is trapped together with no exit. A sociopath, if unchecked, has the potential to destabilize a high-performing team, turning it into a scene of suspicion or violence. The risks range from subtle undermining of morale to outright life-threatening incidents.

Yet, knowledge is power. By understanding the nature of sociopathy and learning from past incidents, teams can prepare and leaders can act decisively. The solutions start long before the mission – choosing the right people and giving them the tools to cope with stress. During the mission, it’s about vigilance, communication, and intervention at the earliest sign of trouble. And if a serious problem arises, it’s about protecting the group while also attempting to recover and move forward, whether that means removing the threat or rehabilitating the individual after a breakdown.

Encouragingly, most expeditions, deployments, and missions do succeed without descending into chaos. The fact that horror stories stand out in history is a reminder that they are, in fact, relatively rare. Teams that are well-prepared often report positive outcomes – camaraderie, personal growth, “salutogenic” effects of having overcome challenges together . Many Antarcticans, for instance, volunteer to go back for another tour despite the hardships . This speaks to the human capacity to adapt and even thrive in extreme environments when the team dynamics are healthy.

Therefore, the prospect of dealing with a sociopath, while daunting, should be met with a proactive and informed approach rather than fatalism. As we push further into extreme frontiers (deeper oceans, longer space voyages, and more ambitious expeditions), the human factor will remain critical. By integrating the lessons from psychology and past experiences – from screening and training to on-mission support and crisis management – we can mitigate the dangers posed by sociopathic behavior. In the end, strong leadership, cohesive teamwork, and robust psychological safety nets are our best defense against any one individual’s worst tendencies.

References:

  1. National Library of Medicine – Antisocial Personality Disorder definition

  2. Vice (Sulome Anderson, 2015) – “Do Sociopaths Make Better Soldiers?” (military sociopath traits and challenges)

  3. Spotter Up (David Devaney, 2017) – “Psychopaths in Combat” (Marine unit anecdote and ASPD traits)

  4. Supercluster (Tereza Pultarova, 2025) – “Violence at Antarctic Station & Mars Missions” (extreme isolation amplifying behavior)

  5. The Lancet (Palinkas & Suedfeld, 2008) – “Psychological effects of polar expeditions” (impact of isolation and importance of screening/training)

  6. GQ (2019) – “The Ice Knife” article referenced via Supercluster (details of 2018 Antarctic stabbing over book spoilers)

  7. NASA/Flight analog studies – Richard Addante & John Leach commentary on crew selection and coping training in extreme missions

  8. Historical accounts – Admiral R.E. Byrd’s 1928 expedition preparations ; Belgica (1898) and Australasian (1913) expedition crew psychological breakdowns .

  9. SANAE IV Incident (2025) – Reports of assault and resolution with counseling/apology in an Antarctic base .

Dopamine in Extreme Environments: Dopamine Control, Part Two // Melanie Boling, Harvard University.

Dopamine in Extreme Environments: Dopamine Control, Part Two.

The Hypothalamic-Pituitary-Adrenal axis or HPA axis is a complex system of neuroendocrine pathways and feedback loops that function to maintain physiological homeostasis.

During childhood, abnormal development of the HPA axis can result in long-term alterations in neuropeptide and neurotransmitter synthesis in the central nervous system, as well as glucocorticoid hormone synthesis in the periphery.

These ingredients together create the perfect storm to affect an individual later on in life. These changes can potentially lead to a disruption in neuroendocrine, behavioral, autonomic, and metabolic functions in adulthood and in some cases develop during childhood or alter biomarkers, which act as early warning systems, permanently.

The primary function of the HPA axis is to regulate your stress response.

(2-Minute Neuroscience: HPA Axis - YouTube, n.d.)

Activation of the HPA axis results in widespread hormonal, neurochemical and physiological alterations. Inflammatory stimuli on the brain and behavior have consistently reported evidence that inflammatory cytokines affect the brain’s Basal Ganglia (responsible for motor control, executive functions, behavior, and emotions). Dysfunction of neurotransmitters and their receptors can lead to dopamine-relevant corticostriatal reward circuitry.

Findings have included inflammation-associated reductions in ventral striatal responses to reward, decreased dopamine and dopamine metabolites in cerebrospinal fluid, and decreased availability of striatal dopamine. The ventral striatum is the striatal region most closely associated with reward.

Dopamine response exhibits increased peripheral cytokines and other inflammatory markers, such as C-reactive protein. There has been mounting interest regarding the role of cytokines in behavioral alterations and the development and progression of neuropsychiatric disorders. This means that inflammatory response derived from stress-response drives both brain and behavior changes, among many other types of physiological dysfunction.

Cytokines from peripheral immune cells can access the Central Nervous System (CNS) by several mechanisms including:

1) Passage through leaky regions in the blood-brain-barrier such as the circumventricular organs.

2) Activation of endothelial cells and perivascular macrophages in the cerebral vasculature to produce local inflammatory mediators such as cytokines, chemokines, prostaglandins, and nitric oxide.

3) Carrier-mediated transport of cytokines across the blood-brain-barrier.

4) Local activation of peripheral nerve afferents which then relay cytokine signals to relevant brain regions, including the nucleus of the solitary tract and hypothalamus.

5) Recruitment of activated immune cells such as monocytes/macrophages and T cells from the periphery to the brain, where these cells can, in turn, produce cytokines.

Dopamine in Extreme Environments: Dopamine Control by Melanie Boling, Harvard University.

“Under physiologic conditions, cytokines such as Tumor Necrosis Factor or TNF-alpha and IL-1 have been shown to be involved in a number of essential brain processes such as synaptic remodeling, neurogenesis, and long-term potentiation. However, in excess, inflammatory cytokines can act in the brain to affect monoamine neurotransmitter systems and behavior, and recent evidence indicates that dopamine function in the basal ganglia may be a primary target in this regard. The basal ganglia are key subcortical structures that regulate motivation and motor activity, and dopamine plays an essential modulatory role in basal ganglia function. The effect of inflammatory cytokines on basal ganglia dopamine may be especially relevant to depression and fatigue as well as psychomotor disturbances and the development of neurodegenerative disorders” (Felger & Miller, 2012).

Chronic inflammation and exposure to inflammatory cytokines lead to changes in the basal ganglia and dopamine function which result in very specific behaviors to include anhedonia (inability to feel pleasure), fatigue, and psychomotor slowing. The reduction of neural responses to hedonic reward (pleasure), decreased dopamine metabolites in CSF or cerebrospinal fluid and increased presynaptic dopamine uptake and decreased turnover have been reported.

Peripheral inflammatory cytokines or activated immune cells can dramatically influence local inflammatory networks and drive neuroinflammation (inflammatory response of brain and spinal cord) by activating local production of cytokines and inflammatory signaling pathways.

Inflammatory cytokines and their receptors are expressed in the brain at low levels during non-pathological states and are found to be fairly ubiquitous, yet this cytokine network in the brain can be rapidly mobilized in response to inflammatory stimuli. Examples of inflammatory stimuli could be what you consume; your environment; a run-in with the wrong person; a memory. These are all examples of inflammatory stimulus which would trigger an inflammatory response leading to an uptick in inflammatory cytokines released into the brain and into the body, more specifically the central nervous system.

Cytokines in the brain are produced primarily by microglia, but can also be produced by astrocytes and to some extent by neurons and oligodendrocytes. Endothelial cells and perivascular macrophages respond to circulating cytokines to induce expression of prostaglandin-producing enzymes cyclooxygenase-2 (COX-2) and prostaglandin E synthase (PGES).

Following acute inflammatory stimulus, increased central nervous system inflammation signal a protection response to the brain, and acute changes in neurotransmitter metabolism, including increases in monoamines such as serotonin and norepinephrine in the hypothalamus, can contribute to the induction of fever, activation of the HPA axis, and transition from an anabolic to a catabolic state.

Changes in monoamine metabolism promote behavioral alterations including reduced locomotor activity and anhedonia that allow for shunting of energy and metabolic resources to combat infection and/or facilitate wound healing. Cytokine signals from the periphery alert the central nervous system of immune insult in order to prepare and protect an organism during times of sickness and injury.

Under conditions of chronic inflammation such as during chronic medical illnesses, extreme stress, or operating in an extreme environment, central nervous system inflammation can exert profound and protracted changes in neurotransmitter systems, neurotrophic factors, and neuronal integrity that can have negative and even detrimental outcomes on behavior.

Dopamine Control provided by the directives of psychological field kits intervene in the inflammatory response, which results in the return to homeostasis. Personalized psychological field kits reduce HPA axis activation or mitigate dysfunction by allowing the body to return to baseline even at times of extreme stress, for example during high-stress mission operations or crises within an extreme environment.

“Dopamine” by Italian Artisi, Maria Elena Buemi (Dopamine (Molecola Della Creatività) Painting by Maria Elena Buemi | Saatchi Art, n.d.).

Dopamine in Extreme Environments: Dopamine Control, Part Three, coming soon.


References

Bamford, N. S., Wightman, R. M., & Sulzer, D. (2018). Dopamine’s effects on corticostriatal synapses during reward-based behaviors. Neuron, 97(3), 494–510. https://doi.org/10.1016/j.neuron.2018.01.006

Cools, R., & Roberts, A. C. (2004). The Role of Dopamine in Cognition: Insights from Neuropsychological Studies in Humans and Non-Human Primates. In S. Otani (Ed.), Prefrontal Cortex: From Synaptic Plasticity to Cognition (pp. 219–243). Springer US. https://doi.org/10.1007/1-4020-7949-4_10

Chromium May Help Treat Depression Naturally and Curb Carb Cravings. (2020, May 4). University Health News. https://universityhealthnews.com/daily/depression/beating-depression-naturally-while-simultaneously-curing-your-carb-cravings-yes/

Dopamine (molecola della Creatività) Painting by maria elena buemi | Saatchi Art. (n.d.). Retrieved January 13, 2022, from https://www.saatchiart.com/art/Painting-Dopamine-molecola-della-Creativit/683742/3362178/view

Felger, J. C., & Miller, A. H. (2012). Cytokine effects on the basal ganglia and dopamine function: The subcortical source of inflammatory malaise. Frontiers in Neuroendocrinology, 33(3), 315—327. https://doi.org/10.1016/j.yfrne.2012.09.003

Felger, J. C. (2017). The Role of Dopamine in Inflammation-Associated Depression: Mechanisms and Therapeutic Implications. Current Topics in Behavioral Neurosciences, 31, 199–219. https://doi.org/10.1007/7854_2016_13

Foo, C., Lozada, A., Aljadeff, J., Li, Y., Wang, J. W., Slesinger, P. A., & Kleinfeld, D. (2021). Reinforcement learning links spontaneous cortical dopamine impulses to reward. Current Biology, 31(18), 4111-4119.e4. https://doi.org/10.1016/j.cub.2021.06.069

Keltikangas-Järvinen, L., & Salo, J. (2009). Dopamine and serotonin systems modify environmental effects on human behavior: A review. Scandinavian Journal of Psychology, 50(6), 574–582. https://doi.org/10.1111/j.1467-9450.2009.00785

Lieberman, D., & Long, M. (2018). The Molecule of More: How a Single Chemical in Your Brain Drives Love, Sex, and Creativity--and Will Determine the Fate of the Human Race. Faculty Bookshelf. https://hsrc.himmelfarb.gwu.edu/books/249

Oct. 20th, P. M. | published & 2021. (n.d.). Rise and Grind. Reporter. Retrieved October 27, 2021, from https://reporter.rit.edu/views/rise-and-grin

Nordgreen, J., Edwards, S. A., Boyle, L. A., Bolhuis, J. E., Veit, C., Sayyari, A., Marin, D. E., Dimitrov, I., Janczak, A. M., & Valros, A. (2020). A Proposed Role for Pro-Inflammatory Cytokines in Damaging Behavior in Pigs. Frontiers in Veterinary Science, 7, 646. https://doi.org/10.3389/fvets.2020.00646

Russo, S. J., Murrough, J. W., Han, M.-H., Charney, D. S., & Nestler, E. J. (2012). Neurobiology of resilience. Nature Neuroscience, 15(11), 1475–1484. https://doi.org/10.1038/nn.3234

Sudevan, S., Muto, K., Higashitani, N., Hashizume, T., Higashibata, A., Ellwood, R. A., Deane, C. S., Rahman, M., Vanapalli, S. A., Etheridge, T., Szewczyk, N. J., & Higashitani, A. (2021). Loss of Contact in Space Alters Dopamine System in C. elegans (SSRN Scholarly Paper ID 3919931). Social Science Research Network. https://doi.org/10.2139/ssrn.3919931

2-Minute Neuroscience: HPA Axis—YouTube. (n.d.). Retrieved January 13, 2022, from https://www.youtube.com/watch?v=QAeBKRaNri0


About the author:

Melanie began attending Harvard in 2020 to complete a Graduate Certificate in Human Behavior with a specialization in Neuropsychology. Boling’s research has examined extreme environments and how they can have a potential negative impact on humans operating in the extreme environment. During her time at Harvard, she has built a mental wellness tool called a psychological field kit. Implementing these tools will allow an individual to thrive in an extreme environment while mitigating negative variables such as abnormal human behavior which can play a role in team degradation.

Dopamine in Extreme Environments: Dopamine Control, Part One. // Melanie Boling, Extreme Environments Neuroscientist, Harvard University.

(Melanie Boling, Harvard University, 2021)

Dopamine.

It’s our motivation to dominate our environment. 

Winning. 

Eating. 

Sex. 

Dopamine gives us access to food or partners. 

When dopamine splashes over your brain, it’s a rush of pleasure. 

Good grades. 

Praise. 

Dopamine just feels good.

The Human Brain.

(Greg Dunn Neuro Art- Brain and Neuroscience Fine Art Paintings, n.d.)

Dopamine pleasure differs from here & now pleasure, which is satisfaction. 

A dopamine surge triggered by winning leaves us wanting more. It’s not enough to win. Dopamine wants anticipation. Winning is never enough for dopamine. Pursuit and victory are the surge, and more times than not, the urge for more.  

Giving into the craving that dopamine provides does not guarantee your pleasure; simply, because wanting something versus liking something are two completely separate things. 

Dopamine will only choose one. 

The brain’s substantia niagra (Substantia Niagra, 2021).

This explains WHY human beings are willing to repeatedly put themselves into the extremes; it becomes a loop. 

The brain LOVES loops, and this particular brain loop often times goes unnoticed because it’s become comfortable. Humans gravitate toward what is easy and requires no extra effort. As they say, checking all the boxes; but, at what cost? 

When the human brain is engaged with this repeated cycle; to identify a goal in order to achieve their specific desire, one chemical in the brain takes control above all others, that is dopamine.

Becoming a master of your own homeostasis while mitigating allostatic load are the countermeasures to dopamine overload and the key to dopamine control.

(Neuroscientifically Challenged, 2015)

Dopamine Pathways, Melanie Boling, Harvard University

(Dopamine Pathways, 2013)


A principal mediator of the impact of stress on the brain and behavior are activation of the hypothalamic-pituitary-adrenal-axis, which results in widespread hormonal, neurochemical, and physiological alterations.

  • Inflammatory stimuli on brain and behavior have consistently reported evidence that inflammatory cytokines affect the basal ganglia and dopamine neurotransmission. 

  • Findings have included inflammation-associated reductions in ventral striatal responses to reward, decreased dopamine and dopamine metabolites in cerebrospinal fluid, and decreased availability of striatal dopamine (Felger & Miller, 2012).

  • Dopamine response exhibits increased peripheral cytokines and other inflammatory markers, such as C-reactive protein or autoimmune and/or fibromyalgia response to stressors such as extreme environments (Felger & Miller, 2012).

(Toenders et al, 2021)


Could mastering Dopamine Control lead to neurogenesis in extreme environments as opposed to neurodegeneration? 

Can personalized countermeasures mitigate potential negative variables within extreme environments?

  • Reinforcing our neural pathways over time through repeated exposure therapy would strengthen our own dopamine control, which could make space for wise-mind decisions through self-mastery. Thus, desensitizing our brain from the things which cause a negative neurophysiological response to stressful stimuli (Boling, 2021).

  • These physiological emotional-regulation tools will carry over into the everyday life of the practitioner by providing a renewed self-awareness, and the ability to maintain homeostasis, even in the direst of circumstances (Boling, 2021).

Brain Neurogenesis.

(Greg Dunn Neuropsychology Art- Brain and Neuroscience Fine Art Paintings, n.d.)


Coming Soon:

Dopamine in Extreme Environments: Dopamine Control, Part Two.


References:

Boling, Melanie. (2021). Melanie Noelani Boling. Imagery Beyond Borders. https://imagerybeyondborders.org

Boling, Melanie (2021). Reported results of Amazonian Entheogens for treatment of Complex-Post-Traumatic Stress Disorder (C-PTSD); Military Sexual Trauma (MST); and Traumatic Brain Injury (TBI) among U.S. Military Veterans and the benefits of application through small group indigenous shamanic ceremonies. The Amazon Rainforest: From Conservation to Climate Change-research. Harvard Summer School, August 9, 2021.

Castelli, V., Cimini, A., & Ferri, C. (2020). Cytokine Storm in COVID-19: “When You Come Out of the Storm, You Won’t Be the Same Person Who Walked in.” Frontiers in Immunology, 11, 2132. https://doi.org/10.3389/fimmu.2020.02132

Cools, R., & Roberts, A. C. (2004). The Role of Dopamine in Cognition: Insights from Neuropsychological Studies in Humans and Non-Human Primates. In S. Otani (Ed.), Prefrontal Cortex: From Synaptic Plasticity to Cognition (pp. 219–243). Springer US. https://doi.org/10.1007/1-4020-7949-4_10

Dopamine Pathways. (2013). Okinawa Institute of Science and Technology Graduate University OIST. Retrieved December 2, 2021, from https://www.oist.jp/news-center/photos/dopamine-pathways

Felger, J. C., & Miller, A. H. (2012). Cytokine effects on the basal ganglia and dopamine function: The subcortical source of inflammatory malaise. Frontiers in Neuroendocrinology, 33(3), 315—327. https://doi.org/10.1016/j.yfrne.2012.09.003

Felger, J. C. (2017). The Role of Dopamine in Inflammation-Associated Depression: Mechanisms and Therapeutic Implications. Current Topics in Behavioral Neurosciences, 31, 199–219. https://doi.org/10.1007/7854_2016_13

Foo, C., Lozada, A., Aljadeff, J., Li, Y., Wang, J. W., Slesinger, P. A., & Kleinfeld, D. (2021). Reinforcement learning links spontaneous cortical dopamine impulses to reward. Current Biology, 31(18), 4111-4119.e4. https://doi.org/10.1016/j.cub.2021.06.069

Frontiers | How Breath-Control Can Change Your Life: A Systematic Review on Psycho-Physiological Correlates of Slow Breathing | Human Neuroscience. (n.d.). Retrieved December 14, 2021, from https://www.frontiersin.org/articles/10.3389/fnhum.2018.00353/full

Garofalo, S., & di Pellegrino, G. (2015). Individual differences in the influence of task-irrelevant Pavlovian cues on human behavior. Frontiers in Behavioral Neuroscience, 9, 163. https://doi.org/10.3389/fnbeh.2015.00163

GREG DUNN NEURO ART- Brain and Neuroscience Fine Art Paintings. (n.d.). GREG DUNN NEURO ART. Retrieved December 15, 2021, from https://www.gregadunn.com/

Keltikangas-Järvinen, L., & Salo, J. (2009). Dopamine and serotonin systems modify environmental effects on human behavior: A review. Scandinavian Journal of Psychology, 50(6), 574–582. https://doi.org/10.1111/j.1467-9450.2009.00785

Lieberman, D., & Long, M. (2018). The Molecule of More: How a Single Chemical in Your Brain Drives Love, Sex, and Creativity--and Will Determine the Fate of the Human Race. Faculty Bookshelf. https://hsrc.himmelfarb.gwu.edu/books/249

MIND Foundation. (2019, December 22). Ayahuasca’s afterglow: Improved mindfulness & cognitive flexibility | Ashleigh Murphy-Beiner. https://www.youtube.com/watch?v=WADjcFNbhrg

Murphy-Beiner, A, and K Soar. “Ayahuasca’s ‘Afterglow’: Improved Mindfulness and Cognitive Flexibility in Ayahuasca Drinkers.” Psychopharmacology 237, no. 4 (April 2020): 1161–69.https://doi.org/10.1007/s00213-019-05445-3.

Peter, A. E., Sandeep, B. V., Rao, B. G., & Kalpana, V. L. (2021). Calming the Storm: Natural Immunosuppressants as Adjuvants to Target the Cytokine Storm in COVID-19. Frontiers in Pharmacology, 11, 2305. https://doi.org/10.3389/fphar.2020.583777

Plotkin, M. J. (2021). The Amazon: What everyone needs to know. Chapter 8 seminar. Lecture notes The Amazon Rainforest: From Conservation to Climate Change- seminar. Harvard Summer School. Delivered 3 August 2021.

Speaking of Psychology: The molecule of more—Dopamine. (n.d.). Retrieved December 14, 2021, from https://www.apa.org/research/action/speaking-of-psychology/dopamine

Spiny Neurons Receive Dopamine. (n.d.). Okinawa Institute of Science and Technology Graduate University OIST. Retrieved December 2, 2021, from https://www.oist.jp/news-center/photos/spiny-neurons-receive-dopamine

Substantia nigra. (2021). In Wikipedia. https://en.wikipedia.org/w/index.php?title=Substantia_nigra&oldid=1045490165

Sudevan, S., Muto, K., Higashitani, N., Hashizume, T., Higashibata, A., Ellwood, R. A., Deane, C. S., Rahman, M., Vanapalli, S. A., Etheridge, T., Szewczyk, N. J., & Higashitani, A. (2021). Loss of Contact in Space Alters Dopamine System in C. elegans (SSRN Scholarly Paper ID 3919931). Social Science Research Network. https://doi.org/10.2139/ssrn.3919931

Tang, L., Yin, Z., Hu, Y., & Mei, H. (2020). Controlling Cytokine Storm Is Vital in COVID-19. Frontiers in Immunology, 11, 3158. https://doi.org/10.3389/fimmu.2020.570993

Toenders, Y. J., Laskaris, L., Davey, C. G., Berk, M., Milaneschi, Y., Lamers, F., Penninx, B. W. J. H., & Schmaal, L. (2021). Inflammation and depression in young people: A systematic review and proposed inflammatory pathways. Molecular Psychiatry, 1–13. https://doi.org/10.1038/s41380-021-01306-8


About the author:

Melanie began attending Harvard in 2020 to complete a Graduate Certificate in Human Behavior with a specialization in Neuropsychology. Boling’s research has examined extreme environments and how they can have a potential negative impact on humans operating in the extreme environment. During her time at Harvard, she has built a mental wellness tool called a psychological field kit. Implementing these tools will allow an individual to thrive in an extreme environment while mitigating negative variables such as abnormal human behavior which can play a role in team degradation.

Melanie Boling, Extreme Environments Neuroscientist, Boling Expeditionary Research Group

Melanie Boling, Extreme ICE Environments Neuroscientist, Boling Expeditionary Research Group; and Neuropsychology Graduate Student, Harvard University.

Conclusions and Recommendations: Amazonian Entheogen Therapy for the treatment of U.S. Military Veterans. // Melanie Boling, Graduate Student of Neuropsychology, Harvard University.

Conclusions and Recommendations

“Ayahuasca brew consists of the ayahuasca vine or Banisteriopsis caapi and an admixture like the chacruna leaves or Psychotria viridis. Ayahuasca effects are caused by the synergistic interaction of β-carbolines (harmine, harmaline and tetrahydroarmine) contained in Banisteriopsis caapi stalks combined with the N,N-dimethyltryptamine (DMT) from Psychotria viridis leaves, a potent agonist to serotonin (5-HT) receptors.”

“Ayahuasca brew consists of the ayahuasca vine or Banisteriopsis caapi and an admixture like the chacruna leaves or Psychotria viridis. Ayahuasca effects are caused by the synergistic interaction of β-carbolines (harmine, harmaline and tetrahydroarmine) contained in Banisteriopsis caapi stalks combined with the N,N-dimethyltryptamine (DMT) from Psychotria viridis leaves, a potent agonist to serotonin (5-HT) receptors.”

Many veterans are trapped in their trauma and plant medicine has provided the means for releasing trauma during their psychedelic experience (Veterans Are Turning to Ayahuasca for PTSD Relief, n.d.).

A small shamanic ceremony would also allow for facilitators and shamans alike to stay true to their culture. Plant Medicine Healing Centers and Clinics allow shamans; tribal members; and facilitators to continue practicing the traditions of their culture and making a living while doing so; all the while preserving and safeguarding a living history allows for more generations to learn the way of the rainforest through plant medicine.

Healing centers lower the dependent variable of a tribe from going extinct; or moving further away from traditional ways that are not successfully being passed onto the younger generations (Plotkin, 2021).

Melanie Boling and Expeditionary Service Dog River Roux with the healers of a Shibipo Tribe Healing Center in the Andes Mountains of Peru (Imagery Beyond Borders, January 2021).

Melanie Boling and Expeditionary Service Dog River Roux with the healers of a Shibipo Tribe Healing Center in the Andes Mountains of Peru (Imagery Beyond Borders, January 2021).

“Benefits obtained from the brew intake, such as mind healing, increased self-knowledge, improved memory and persistently elevated mood. It has gained recent traction with U.S. Military Veterans for seeking healing from treatment-resistant mental illness such as Anxiety, Obsessive-Compulsive Disorder and Depression.”

“Benefits obtained from the brew intake, such as mind healing, increased self-knowledge, improved memory and persistently elevated mood. It has gained recent traction with U.S. Military Veterans for seeking healing from treatment-resistant mental illness such as Anxiety, Obsessive-Compulsive Disorder and Depression.”

Amazonian Entheogens or Psychedelic Plant Medicine hold great potential for the treatment of U.S. Military Veterans, and applying this through small group indigenous shamanic ceremonies, holds space to guide survivors into a journey within themselves for those seeking therapeutic healing for specific treatment-resistant illnesses such as Complex-Post-traumatic Stress Disorder or C-PTSD; Military Sexual Trauma or MST; and Traumatic Brain Injury or TBI. 

Trust and safety are the key components to the overall success of Psychedelic Plant Medicine.

“The most important tool used by shamans is the icaro. These traditional songs sung or whistled by shamans before, during, and after an ayahuasca ceremony not only comprise the setting of the experience, they also positively influence the internal landscape of a person’s psyche. While we’re still trying to understand icaros in therapeutic terms, there’s no doubt that these songs play a vital role in the healing aspects of ayahuasca.”

“The most important tool used by shamans is the icaro. These traditional songs sung or whistled by shamans before, during, and after an ayahuasca ceremony not only comprise the setting of the experience, they also positively influence the internal landscape of a person’s psyche. While we’re still trying to understand icaros in therapeutic terms, there’s no doubt that these songs play a vital role in the healing aspects of ayahuasca.”

I feel that the answers to all of the world’s problems lie within the world’s rainforests, specifically the Amazon Rainforest. There is much more to learn about Psychedelic Plant Medicine and questions to be answered used for the healing of the United States Military Veteran Community.

Some questions that I have for the scientific community that has yet to be researched are:

  1. If different parts of the same ayahuasca plant are said to cause different experiences with the same user; could these different parts of the same plant be used to treat different illnesses? 

  2. Would cultivation and/or harvesting of the ayahuasca vine at different periods of the plant’s growth cause a different experience for the user or could it be used to treat different illnesses? IE. CBD vs CBG?

  3. Does adding the ayahuasca vine with various admixtures beyond the charunca leaf be used to treat other specific illnesses? IE. Cancer, or Stroke.

  4. Can different lineages of the ayahuasca vine be used to treat more specific illnesses? IE. Alzheimer’s, or Parkinson’s Disease.

  5. Will the consumption of ayahuasca brew in an “extreme environment” such as “high-altitude environments” cause a warp-speed healing event in patients/users such as someone with a traumatic brain injury or brain damage caused by stroke? (I already know the answer to this, to be revealed at a later time).

  6. If ayahuasca, psilocybin mushrooms, and San Pedro Cactus or “huacuma” were to be administered in a clinical setting, even as a microdose; then combined with a “simulated extreme environment”, such as Hyper-Baric Oxygen Therapy or HBOT which is used to promote neurogenesis in the brain after TBI; could these variables also play a role in the “warp-speed” healing of neurogenesis on the brain and body?

Ayahuasca inhibits various parts of the brain associated with cognitive flexibility. It produces structural changes within the brain that are responsible for activity within 24 hours of ayahuasca consumption which leads to positive increases in cognitive flexibility. Results show that mindfulness is beneficial and lasting to the first-time or experienced ayahuasca user. Ayahuasca’s use allows the loosening of one’s cognitive grip which helps alleviate the feeling of being stuck and the depression associated with similar behavioral patterns (Murphy-Beiner & Soar, 2020). 

Ayahuasca inhibits various parts of the brain associated with cognitive flexibility. It produces structural changes within the brain that are responsible for activity within 24 hours of ayahuasca consumption which leads to positive increases in cognitive flexibility. Results show that mindfulness is beneficial and lasting to the first-time or experienced ayahuasca user. Ayahuasca’s use allows the loosening of one’s cognitive grip which helps alleviate the feeling of being stuck and the depression associated with similar behavioral patterns (Murphy-Beiner & Soar, 2020). 

My wish is that with my own scientific field research I can solve problems; provide the answers to some of these scientific questions; and do my part in guiding others within my own United States Military Veteran Community and the world, to realize the full potential of Entheogen Therapy or Psychedelic Plant Medicine from the Amazon Rainforest.

United States Air Force Operation Enduring Freedom and Operation Iraqi Freedom Combat Veteran Melanie Boling in the Peruvian Andes as part of her scientific research for Harvard University, where she is pursuing a Masters Degree in Neuropsychology; and Graduate Certificate in Environmental Policy and International Development. Boling is an Extreme (ICE) Environments Behavioural Ecologist for her NGO, Peer Wild (Imagery Beyond Borders, January 2021).

United States Air Force Operation Enduring Freedom and Operation Iraqi Freedom Combat Veteran Melanie Boling in the Peruvian Andes as part of her scientific research for Harvard University, where she is pursuing a Masters Degree in Neuropsychology; and Graduate Certificate in Environmental Policy and International Development. Boling is an Extreme (ICE) Environments Behavioural Ecologist for her NGO, Peer Wild (Imagery Beyond Borders, January 2021).

Would you like to know more?

Be sure to read back on all of our articles about Entheogen Therapy or Psychedelic Plant Medicine derived from the scientific paper,Reported results of Amazonian Entheogens for treatment of Complex-Post-Traumatic Stress Disorder (C-PTSD); Military Sexual Trauma (MST); and Traumatic Brain Injury (TBI) among U.S. Military Veterans and the benefits of application through small group indigenous shamanic ceremonies.”


References:

Boling, Melanie. (2021). Melanie Noelani Boling. Imagery Beyond Borders. https://imagerybeyondborders.org

Boling, Melanie (2021). Reported results of Amazonian Entheogens for treatment of Complex-Post-Traumatic Stress Disorder (C-PTSD); Military Sexual Trauma (MST); and Traumatic Brain Injury (TBI) among U.S. Military Veterans and the benefits of application through small group indigenous shamanic ceremonies. The Amazon Rainforest: From Conservation to Climate Change-research. Harvard Summer School, August 9, 2021.

Murphy-Beiner, A, and K Soar. “Ayahuasca’s ‘Afterglow’: Improved Mindfulness and Cognitive Flexibility in Ayahuasca Drinkers.” Psychopharmacology 237, no. 4 (April 2020): 1161–69. https://doi.org/10.1007/s00213-019-05445-3.

Plotkin, M. J. (2021). The Amazon: What everyone needs to know. Chapter 8 seminar. Lecture notes The Amazon Rainforest: From Conservation to Climate Change- seminar. Harvard Summer School. Delivered 3 August 2021.

“Veterans Are Turning to Ayahuasca for PTSD Relief.” Accessed July 15, 2021. https://www.vice.com/en/article/a3kaye/veterans-are-turning-to-ayahuasca-for-ptsd-relief.


About the author:

Melanie began attending Harvard in 2020 to complete a Graduate Certificate in Human Behavior with a specialization in Neuropsychology. Boling’s research has examined extreme environments and how they can have a potential negative impact on humans operating in the extreme environment. During her time at Harvard, she has built a mental wellness tool called a psychological field kit. Implementing these tools will allow an individual to thrive in an extreme environment while mitigating negative variables such as abnormal human behavior which can play a role in team degradation.

Melanie Boling, Extreme (ICE) Environments Behavioural Ecologist, Peer Wild and Graduate Student of Neuropsychology, Harvard University.

Melanie Boling, Extreme (ICE) Environments Behavioural Ecologist, Peer Wild and Graduate Student of Neuropsychology, Harvard University.

Small Shamanic Ceremonies stay true to the culture and provide space for healing U.S. Military Veterans. // Melanie Boling, Harvard University.

Small Shamanic Ceremonies stay true to the culture and provide space for healing. 

Melanie Boling, Extreme (ICE) Environments Behavioural Ecologist and Graduate Student of Neuropsychology, Harvard University in the Peruvian Andes (Imagery Beyond Borders, January 2021).

Melanie Boling, Extreme (ICE) Environments Behavioural Ecologist and Graduate Student of Neuropsychology, Harvard University in the Peruvian Andes (Imagery Beyond Borders, January 2021).

The human condition beyond the understanding of the United States Healthcare System and even academia seems to be the path that some United States Military Veterans are on in order to find relief for themselves (Plotkin, 2021).

If the ‘psychedelic renaissance’ continues to proliferate in the United States at the pace it is currently at, this could mean that more avenues of care will be readily available to civilians and veterans, alike.

However, until the United States Government deems these plant medicines legal, people will continue to seek refuge outside of the bubble of the United States or find other ways to be treated by plant medicine that strays from the more traditional methods used by shamans and other facilitators/practitioners of the Amazon Rainforest healing. 

Shamanic Healing is said to “free the soul from the body in order to communicate with the spirit realm” (Plotkin, 2021). These “consultations” with the spirit world through traditional plant medicine healing techniques such as consuming the ayahuasca brew that stimulates the brain and body are often accompanied by a magic song; or in the Shipibo culture “The Icaros”. It is said that consuming ayahuasca makes you dizzy, and the dizziness brings about the magic song. 

“The most important tool used by shamans is the icaro. These traditional songs sung or whistled by shamans before, during, and after an ayahuasca ceremony not only comprise the setting of the experience, they also positively influence the internal landscape of a person’s psyche. While we’re still trying to understand icaros in therapeutic terms, there’s no doubt that these songs play a vital role in the healing aspects of ayahuasca” (Imagery Beyond Borders, January 2021). 

My scientific theory is that the icaro magic song sung by the shaman directly penetrates the vagus nerve which is the main component of the Human Parasympathetic Nervous System; one of the direct connections that allow your brain and your gut to communicate with one another. The vagus nerve controls mood; immune response; digestion; and even your heart rate. All bodily functions are directly affected by the consumption of ayahuasca and throughout the duration of the ayahuasca ceremony. During the singing of the icaro the vagus nerve is stimulated, creating a more euphoric experience for some, and for others an uptick in purging for the ayahuasca consumer; and in some cases bystanders who only are present for the ceremony itself. This is the power of ayahuasca. 

Traditional Ayahuasca Healing Centers around the world are springing up from India to Costa Rica promising the patients a week or more of services that often come with a hefty price tag.

Plant medicine healing centers or clinics allow shamans; tribal members; and facilitators to continue practicing the traditions of their culture and making a living while doing so (Plotkin, 2021). Thus, preserving and safeguarding a living history allows for more generations to learn the way of the rainforest through plant medicine.

In Sacred Valley of the Andes Mountains just outside of Cusco, Peru, Ayahuasca Healing Centers allow tribes to continue practicing the traditions of their culture and making a living while doing so (Imagery Beyond Borders, January 2021).

In Sacred Valley of the Andes Mountains just outside of Cusco, Peru, Ayahuasca Healing Centers allow tribes to continue practicing the traditions of their culture and making a living while doing so (Imagery Beyond Borders, January 2021).

These healing centers lower the dependent variable of a tribe from going extinct; or moving further away from traditional ways that are not successfully being passed onto the younger generations (Plotkin, 2021). 

With certain types of emotional trauma, like Complex-Post-Traumatic Stress Disorder or C-PTSD and Military Sexual Trauma or MST, small shamanic ceremonies would be the venue or “set and setting” of choice for those suffering from these types of mental illness. Largely, due to the extrinsic factors that play a centralized role in long-term post-traumatic stress or sexual abuse, assault, or trauma.

The idea of holding a small shamanic ceremony would also allow for facilitators and shamans alike to stay true to their culture while holding space to guide these survivors into a journey within themselves.

Nobody’s healing is more important than the other, and keeping a circle small would promote community, while also providing the participants to be on the same level with one another.

With regard to United States Military Veterans, offering the same level of understanding through these profound psychedelic experiences could promote a sense of unity and purpose. Being a part of something bigger than oneself is a core value instilled in those who have served their country in the military forces.

Larger groups at healing retreats can often breed chaos as well as trauma-bonding, which would potentially push certain at-risk veterans to get lost in the shuffle. In turn, this would be repeating the same patterns that of the Veterans Affairs Healthcare System, ultimately potentially providing a short-term band-aid that would later fail the veteran with long-term relief.

Would you like to know more?

Be sure to read back on all of our articles about Entheogen Therapy or Psychedelic Plant Medicine derived from the scientific paper, “Reported results of Amazonian Entheogens for treatment of Complex-Post-Traumatic Stress Disorder (C-PTSD); Military Sexual Trauma (MST); and Traumatic Brain Injury (TBI) among U.S. Military Veterans and the benefits of application through small group indigenous shamanic ceremonies.


References:

Boling, Melanie (2021). Reported results of Amazonian Entheogens for treatment of Complex-Post-Traumatic Stress Disorder (C-PTSD); Military Sexual Trauma (MST); and Traumatic Brain Injury (TBI) among U.S. Military Veterans and the benefits of application through small group indigenous shamanic ceremonies. The Amazon Rainforest: From Conservation to Climate Change-research. Harvard Summer School, August 9, 2021.

Plotkin, M. J. (2021). The Amazon: What everyone needs to know. Chapter 8 seminar. Lecture notes The Amazon Rainforest: From Conservation to Climate Change- seminar. Harvard Summer School. Delivered 3 August 2021.


About the author.

Melanie began attending Harvard in 2020 to complete a Graduate Certificate in Human Behavior with a specialization in Neuropsychology. Boling’s research has examined extreme environments and how they can have a potential negative impact on humans operating in the extreme environment. During her time at Harvard, she has built a mental wellness tool called a psychological field kit. Implementing these tools will allow an individual to thrive in an extreme environment while mitigating negative variables such as abnormal human behavior which can play a role in team degradation.

Melanie Boling, Extreme (ICE) Environments Behavioural Ecologist, Peer Wild; and Graduate Student of Neuropsychology, Harvard University.

Melanie Boling, Extreme (ICE) Environments Behavioural Ecologist, Peer Wild; and Graduate Student of Neuropsychology, Harvard University.