Mental Mobilization Processes in Critical Incident
Stress Situations
Atle Dyregrov, Ph.D., Roger Solomon, Ph.D., and Carl Fredrik Bassøe, Ph.D.
ABSTRACT: In this article, the psychological emergency mobilization process that takes place in
threat situations is postulated. Mental mobilization is the increased mental capability of the mind in
critical situations to process incoming and stored information to enable adaptive survival responses.
The processes that are mobilized in the service of survival are enhanced sensory awareness, focused
attention, rapid processing of incoming data, and use of previous experience, enhanced memory,
altered time perception, and temporary deactivation of emotional reactions. From a clinical standpoint,
it is important that the survival value of these processes is understood, as survivors can be helped to
feel a sense of accomplishment and empowerment when they are taken through a critical situation in a
detailed way and discover that they have been able to function well and survive by use of their stored
experience, rapid processing of information or other aspects of their mental mobilization
[International Journal of Emergency Mental Health, 2000, 2(2), 73-81].
KEY WORDS: Critical events; adaptation; dissociation; management
Through evolution man has developed mechanisms of
bodily arousal that are automatically activated when a threat
is encountered. These mechanisms mobilize physical strength
that augment fight or flight from the threat. Adrenaline flow
and other chemical changes rapidly mobilize the body for
action. There is a parallel activation of brain norepinephrine
and the Corticotropin-Releasing Factor - HypothalamicPituitary Adrenal (CRF-HPA) axis system that works in
concert to effect a variety of behavioral and physiological
responses that promote survival in the face of threat
(Bremner, Davis, Southwick, Krystal, & Charney, 1993). A
complex set of cellular and molecular processes are set in
motion to rapidly mobilize the body for action.
Drawing on our clinical experience from dealing with people
who have survived and dealt with various critical situations,
we postulate that there is a similar system of mental
mobilization that is activated in critical stress situations,
enabling us to deal with danger in an optimal way. These
adaptive cognitive mechanisms are believed to have evolved
Atle Dyregrov, Ph.D., Center for Crisis Psychology, Bergen,
Norway; Roger Solomon, Ph.D., Critical Incident Recovery
Resources, Williamsville, NY; Carl Fredrik Bassøe, Ph.D., The
PROMED Institute, Bergen, Norway. Address correspondence
concerning this article to: Dr. Atle Dyregrov, Fabrikkgaten 5, 5059
Bergen, Norway
to adapt to our evolutionary environment. Our perspective
draws on other peoples theoretical papers; it is not based
on hard, coherent empirical data, but presented for heuristic
purposes to spur additional research.
The activation of the brain norepinephrine systems and
the CRF-HPA axis also activate attentional and memory
systems that are part of the mental mobilization systems. As
Perry and Pollard (1998) state: Although exquisitely complex,
the core framework of the human brain is designed to sense
and respond to the changing environment to promote
survival (p. 36). These researches also indicate that:
Sensing and perceiving threat must be paired with
response to threat if the organism is to survive. At
each level of the central nervous system, just as
the afferent input is interpreted and matched against
previous similar patterns of activation an efferent
arm is initiated. Each level and area of the brain has
some role in the efferent response to the threat.
The brainstem regulates the autonomic and
hypothalamic output, alters arousal, and tunes out
distracting sensory information; the midbrain
regulates elements of motor activity (e.g., startle
response); the limbic system modulates emotional
International Journal of Emergency Mental Health 73
reactivity and signaling (e.g., facial expression); and
the cortex interprets the threat and develops a
complex plan. Under ideal circumstances, these
multiple responses are integrated and orchestrated
to mobilize a host of actions that, hopefully, will be
adaptive, reduce risk, and enhance survival. (p.39).
Unfortunately, much more is known about the
psychological consequences of trauma than about the
mental processes occurring during the situations that pose
a threat to our own or our loved ones survival. In the
following, such situations may alternatively be called
traumatic or critical incidents or events believed to involve
peak stress episodes. Mental mobilization processes are not
only vital for survival, but also impact the emotional aftermath
of the incident and have important implications for training
and stress inoculation. Below we will outline some of the
mechanisms involved and discuss them in light of
dissociation and trauma.
Enhanced Sensory Awareness
Many individuals involved in stressful, traumatic
situations report a sharpening of senses, such as more
sensitivity and acuity in vision, hearing, tactile discrimination,
and the olfactory system. Increased sensory awareness
enhances ones ability to perceive danger. These responses
are neurobiologic responses that protect the organism from
impending danger (Southwick, Bremner, Krystal, & Charney,
1994). To illustrate, people who have experienced being home
alone at night hearing a strange and unexpected sound fear
facing an intruder. The person then becomes aware of every
sound in the house, however small, in assessing the danger.
People in emergency situations report being able to see or
hear visual details with more clarity than in normal
circumstances (Solomon & Horn, 1986). This heightened
perception of incoming sensory stimuli is important for
survival, enabling the determination and assessment of
danger.
Focused Attention
Psychological Processes of Mental
Mobilizations
Mental mobilization is the increased mental capability of
the mind in critical situations to process incoming and stored
information to enable adaptive survival responses. When
an individual faces a critical or traumatic event, a number of
mental processes are mobilized in the service of survival.
Table 1 outlines important aspects of this mental mobilization.
Table 1: Mechanisms of Mental Mobilization
* Enhanced sensory awareness
* Focused attention
* Rapid processing of incoming data
* Enhanced memory
* Altered time perception
* Use of relevant past knowledge
* Temporary deactivation of emotional reactions
74 Dyregrov/ MENTAL MOBILIZATIONS
Following the sharpening of senses, there is a narrowing
of attention to enable a better focus on the aspects of the
situation deemed most important for survival. Victims of
trauma often report an intense focused concentration on
what is perceived as most threatening. Selective attention is
beneficial in life-threatening situations. Cognitive
psychologists see selective attention as a highly flexible,
goal-based system consisting of facilitory and inhibitory
processes that operate in concert to produce efficient
thought and action (Brewin & Andrews, 1998). Police officers
involved in line-of-duty shootings report tunneling in on
those aspects of the situation that are most threatening to
the exclusion of peripheral details (Solomon & Horn, 1986).
I will never forget those eyes is a common statement from
robbery or assault victims, and police officers involved in
violent encounters. Weapons present in such situations are
also commonly the center of attention. The eyes reflect the
perpetrators intention and give cues about their behavior,
while the weapon naturally determines the threat and
potential injury involved in the situation. Both elements are
critical for survival.
Attention can be focused on one sensory channel to the
exclusion of others. During a traumatic event with the intense
focus on survival, loud sounds may not be heard. For
example, it is quite common for police officers to report
gunshots sounding like little pops or that gunshots were
not heard at all. On the other hand, sound may be intensified
and gunshots may sound like cannons. It is as if the mind
screens in and amplifies sounds deemed important for
survival and screens out sounds that may disrupt attention
and concentration.
Narrowed attention can lead to a memory loss for aspects
of the situation that are outside of the focus of attention.
Sometimes people are not aware of other events taking place
around them because their attention is narrowly focused.
As a result, in the courtroom situation, those who have
experienced narrowing of attention may be looked upon as
an unreliable witnesses. This discontinuity of experience
may be distressful for the witness who does not understand
that narrowing of attention is normal under peak stress
conditions.
Rapid Processing of Incoming Data and Use of
Previous Experience
Parallel with focused attention on the outside threat is a
rapid processing and evaluation of incoming stimuli, along
with the use of previous experience relevant to the incident.
This is consistent with Le Douxs (1992) postulate that people
can evaluate and start reacting to sensory information before
making a conscious appraisal of what they are reacting to. In
an emergency, this may enable faster, more efficient
mobilization and implementation of survival strategies. Faster
processing of information (including implicit and explicit
memories) takes place enabling faster search, selection, and
implementation of survival strategies. People report racing
thoughts and the ability to think rapidly about a multitude of
topics (Solomon, 1991). Many police officers involved in
high risk encounters have described how their training came
to fore automatically:
A police officer was surprised by a gunman who
pointed a gun to his head and ordered him to give
him his car keys. Immediately, the officer pictured
his academy instructor telling him what tactic to
use in this situation and then pictured himself using
the tactic on the gunman. After distracting the
gunman with his key, the officer used the tactic and
successfully disarmed the gunman.
One of the facets of mental mobilization is the ability to
think, plan faster, and make rapid decisions based on available
information and previous experience. We propose this results
from the brains rapid processing of previously stored
information (experience) that is used in combination with
the incoming information from the environment. During
moments of peak stress, skills, training, and survival patterns
residing in memory quickly become available without having
to enter consciousness. The above example of the police
officer using a tactic he had not thought about in years
illustrates this example. A further example illustrates how
the brain is able to search for relevant information in response
to the situational demand to promote coping:
During the psychological debriefing following an
emergency sea landing of a helicopter enroute from
an oil field an hour and a half out in the Northern
Sea, the passengers were asked if any of them had
undergone helicopter evacuation training in water.
Only one passenger answered affirmatively. Asked
if the training was of any help he stated: Well, the
helicopter did not tilt, but it was a curious thing
that happened during the two minutes it took from
flying attitude until we landed on the sea: the whole
ditching course passed in review, and I knew that if
it tilted I would know how to survive.
Denholm (1995) gives a vivid description of how an 11year-old girl was able to maintain control by accessing her
previous learning, keeping calm, and focusing on survival
while being attacked and seriously injured by a wild animal,
indicating that such mechanisms operate at an early age.
However, younger children often lack previous experience
that can be used in critical situations.
Many people in emergency situations have described
thinking through a multitude of strategies and outcomes in
the flash of a second. For example, following car crashes
people have described how, in the moments before the crash,
different strategies for steering the car quickly and
automatically came to mind. In addition to this, police officers
finding themselves suddenly involved in threatening
encounters have described how several courses of action
are quickly chosen and implemented. Furthermore, it is not
uncommon to hear reports of my whole life passed in
review. Stevenson and Cook (1995) reported that 27% of a
sample of 78 subjects mentioned having had a life review
during a near-death experience (NDE). The interpretations
of such experiences vary from seeking the safety of the
timeless moment to physiological conditions restricting
mental functioning. We propose a different interpretation,
that the life-review is part of an adaptive informationprocessing mechanism where the brain accesses previous
experience and useful information to master the critical
situation. For most people, these accessing mechanisms
function outside of conscious awareness, but some become
International Journal of Emergency Mental Health 75
observers of the process. While cognitive processes in
consciousness are believed to be in serial mode, limiting the
number of other serial processes that can occur
simultaneously, processing outside of consciousness can
occur in parallel processes. Parallel processes are thought
to have almost unlimited capacity and can handle huge
amounts of data (Siegel, 1995). Based on the reports from
people exposed to life-threatening situations, it seems
reasonable to propose that in critical situations the brain
processes incoming and stored material in the parallel mode
to secure optimum handling of the situation, allowing for
rapid intuitive decision making. Such rapid decision making
is in line with what Klein and co-workers (Klein, Calderwood,
& MacGregor, 1989; Zsambok & Klein, 1997) have proposed.
Enhanced Memory
It is critical for survival that people can react quickly to
survival-threatening stimuli. We propose that when human
beings experience critical situations, memory is enhanced
in order for us to quickly respond to similar threats in the
future. Although much debated, new memory research
suggests that such memory enhancement mechanisms are
activated (van der Kolk & Fisler, 1995). We have
previously called this supermemory (Dyregrov, 1992)
to emphasize the intense, vivid memory following critical
incidents. Increased release of norepinephrine in the
hippocampus and amygdala with modulation of long-term
potentiation, which is held to represent the neurochemical
substrate of memories, can account for this enhanced
memory (Bremner et al., 1993). Vivid memories from
previous critical encounters can be quickly triggered, with
consequent survival behaviors mobilized. The memories
opt for rapid identification of new threats, as the brain
does not like to be surprised. The next encounter with a
similar threat is matched against the cues and associations
stored in memory. Such supermemories often form the
basis of intrusive recollections, nightmares, and
flashbacks in the posttraumatic period, and become a major
symptom group in Posttraumatic Stress Disorder (PTSD)
if the traumatic experience is not appropriately integrated.
If a person develops PTSD symptoms, to some degree,
they become at risk for having their attention focused on
personally salient, highly threatening stimuli in the
environment (Litz et al., 1996). However, dissociative
amnesia may result if the event overwhelms the capacity
for handling the situation (Bryant & Harvey, 1997).
Altered Time Perception
76 Dyregrov/ MENTAL MOBILIZATIONS
The rapid processing of information gives rise to the
experience of slow motion or altered time sense. This is
illustrated as follows.
As part of an evaluation study of so called free fall
lifeboats used in the oil industry to evacuate oil
platforms in the case of emergency, participants in
a course to familiarize themselves with this
emergency tool were interviewed about their
experience. They had to make four falls with this
boat from a height of 12.5 and 28 meters (two from
each height). In less than three seconds, they
accelerated from 0 to 100 km/h. When interviewed
they gave very similar accounts of the experience
of time: They were the longest seconds of my life.
It was as if time stood still for many of them. The brain
registered this critical situation automatically and by speeding
up processing, the participants felt that they had much time
to think while falling down. Terr (1983) also reported that
trauma victims, both children and adults, mentally extended
time. However, she also found that subjects exposed to
prolonged trauma subjectively tried to shorten time. In a
similar manner, police often report altered time sense during
shooting situations where they experience drawing their
weapon and responding in slow motion (Solomon & Horn,
1986).
A robber shot at a police officer. As the police officer
dropped to the ground for cover, everything went
into slow motion. He described the experience as
having all the time in world to draw my weapon,
take aim, and fire.
From many accounts described by people that have been in
life-death situations, we know that they feel they were given
extra time to deal with the threat. As time is perceived to
slow down, they are allowed more time to think and react.
Noyes and Kletti (1977) reported that 72% of survivors of
life-threatening danger experienced distorted reality and
altered passage of time. Solomon and Horn (1986) found
that 83% of police officers experienced time distortion in a
shooting situation, with 67% experiencing slow motion and
15% fast motion. Klein, Calderwood, and MacGregor (1989)
have outlined how rapid decision making, based on cues
from the situation, is used in situations that would not allow
for the more well-known decision making strategies outlined
by Janis (1982). These findings are in accordance with the
proposed processes of mental mobilization.
Unfortunately, following the event the altered time sense
can be interpreted in a manner that can make the survivor
feel more vulnerable, I reacted so slowly that I could have
been killed has been said by more than one survivor of
police shootings where the slow motion was interpreted as
slow reactions. People involved in critical situations need to
be educated about the normalcy of such reactions and the
survival value they have.
Temporary Deactivation of Emotional Reactions
An integral part of mental mobilization is the temporary
deactivation of emotional reactions. It is important for the
person in danger to focus all attention on the danger and
expend mental energy on processing of incoming and stored
information to enable rapid decision-making. If a person were
filled with emotions of fear, anger, or sadness at moments of
danger and threat, it would seriously hamper concentration,
decision-making ability, and survival behavior. The brain
seems to be equipped with mechanisms that block emotions
for short or long periods of time in order to allow the
information processing and survival behaviors to work
without being emotionally overwhelmed. An extreme, but
not uncommon form of detachment, is the out-of-body
experiences in which the person involved in a critical incident
reports watching themselves:
A police officer involved in a gun battle described
watching himself in slow motion shoot the
perpetrator. He described how he felt devoid of
emotions, yet well able to function. Another police
officer that was shot described watching himself
fall to the ground. He reported little pain and an
ability to focus on keeping calm and surviving the
incident.
Commonly, people describe feeling detached and
emotionally numb during and shortly after a critical incident.
The changes in sensory capacity, the rapid information
processing and accompanying experience of altered time
sense, slow motion, and focused attention result in a different
experience of reality than ordinary (Dyregrov, 1992). This
can explain the feelings of unreality or dream or movie-like
experience so many describe. People may be intrigued by
the lack of reactions in themselves and may start questioning
their capacity as human beings. From a crisis intervention
viewpoint, it becomes important to inform people about the
normalcy of such a reaction (Dyregrov, 1992). The shock
reactions postpone the emotional reactions to allow the
organism to handle the event as it unfolds, and thus also
allow us to take in the emotional ramifications a little at a
time.
Relationship of Deactivation of Emotional Reactions
and Dissociation
During the last decade researchers, particularly David
Spiegel and colleagues (Spiegel & Cardena, 1991; Cardena
& Spiegel, 1993; Freinkel, Koopman, & Spiegel, 1994;
Koopman, Classen, Cardena, & Spiegel, 1995), have
documented the relationship between dissociation and
trauma. Dissociation has been described as a structured
separation of mental processes (e.g., thought, emotions,
connotation, memory, and identity) that are ordinarily
integrated: (1) a subjective sense of numbing, detachment,
or absence of emotional responsiveness; (2) a reduction in
awareness of ones surroundings (e.g., being in a daze);
(3) derealization; (4) depersonalization; (5) dissociative
amnesia, i.e., inability to recall an important aspect of the
trauma (Koopman et al. 1995, p.32).
Viewed in light of the previous examples, we see that most
of what has been termed dissociative symptoms by Spiegel
and colleagues can be seen as integral parts of the mental
survival strategies listed above. Although the research group
mentions the useful function that dissociative reactions
serve in helping trauma survivors to cope with temporarily
overwhelming feelings concerning the event (Koopman et
al., 1995, p.39), the life-saving qualities of dissociative
reactions as part of a total survival mechanism consisting of
both physical and mental reactions are not adequately
understood. In fact, several of these reactions are called
symptoms and are seen as pathological even when they
appear during a distressing event (Koopman et al., 1995,
p.32). Koopman, Classen, and Spiegel (1996) noted that
dissociation in the lower range helps people cope
adaptively with the immediate situation and its aftermath.
More severe dissociation during an event can interfere with
functioning during a crisis (Koopman et al., 1996). Hence,
the relationship between dissociation and adaptive coping
may be curvilinear.
From a clinical standpoint it is very important that the
survival value of these reactions are understood, as survivors
can be helped to feel a sense of accomplishment and
empowerment when they are taken through the critical
situation step by step and discover that they have been able
to function well and survive by use of their stored
experience and rapid processing of information. The
following example illustrates dissociation in the service of
survival.
International Journal of Emergency Mental Health 77
An officer was shot in the leg (shattering his femur)
and the face at a traffic stop. He fell to the ground.
Feeling numb and detached from the situation and
experiencing tunnel vision, he focused in on the
gunman. Finding his own gun in hand, the officer
started firing. Though he knew he fired the gun, he
had no recollection of how many shots he fired.
After the suspect fell to the ground, the officer was
able to get up, remove the suspects weapon,
handcuff him, and call for backup. He still felt
detached, like I was on automatic pilot just going
through the motions, as he secured the situation.
After backup officers arrived, the officer collapsed
in great pain.
The above example illustrates how dissociation serves as
a defense against experiencing overwhelming fear or
helplessness, or even physical pain during and after a
traumatic event. Physical sensations of pain were dissociated
and detached from consciousness. He did not experience
pain until the situation was over and help had arrived. Stressinduced analgesia protects organisms against feeling pain
and is assumed to be caused by the release of endogenous
opiods (van der Kolk, 1994). The detachment and numbness,
a temporary blocking of emotions that protects a person
from being emotionally overwhelmed may operate parallel to
the blocking of pain. This officers actions were also
dissociated, as he was only aware of his keen focus on the
gunman with no recollection of drawing his weapon or how
many times he fired.
Dissociation, although interfering with a coherent
recollection, protected the officer from being overwhelmed
by fear and pain, enabling survival. Although dissociation
has adaptive value, such phenomena may be confusing, and
contribute further to the fragmentation and disorganization
of the memory of the incident (Foa & Riggs, 1995). Many
officers question their sanity after out-of-body experiences.
Officers need to know such phenomena are not uncommon
and play an important role in survival.
Spiegel and colleagues (i.e., Spiegel, Koopman, & Classen,
1994) have shown that the dissociative mechanisms for some
people continue to function after the event possibly
preventing an integration of feelings temporarily put on hold
and leading to an increased risk of PTSD. The cost of lifesaving mental mobilization can be the delay of necessary
working through and putting the event into perspective
(Spiegel et al. 1994). It is also speculated that the effectiveness
78 Dyregrov/ MENTAL MOBILIZATIONS
of dissociative reactions may prevent people from seeking
appropriate help in coping with the traumatic experience
(Koopman et al., 1995). Other studies also indicate that
dissociation at the time of a traumatic event may be a predictor
of subsequent severity and chronicity of PTSD (Marmar,
Weiss, Metzler, Ronfeldt, & Foreman, 1996; Foa & Riggs,
1995). A survival perspective on reactions in critical
situations may be broadened to some of the posttraumatic
aftereffects as well. Carlson and Rosser-Hogan (1994)
suggested that hypervigilance and the ability to sleep might
be behaviors aimed at survival, ensuring that the individual
is always prepared to face a threat. Guilt feelings may reflect
our ability to cognitively view all our decisions and activities
critically to learn from our faults and repeat our successes.
Though initial dissociation is associated with subsequent
PTSD, research has not clearly defined at what time the
dissociative reactions occurred. (Bryant & Harvey, 1997).
As transient dissociative responses are common it may be
that it is not these responses taking part as the event evolves,
but rather dissociative reactions lasting over the first days
or weeks that predict later problems. Bryant and Harvey
(1997) states that in terms of a cognitive model of PTSD,
dissociative symptoms that are transient need not necessarily
impede emotional processing of a traumatic experience. They
state: To differentiate normal and pathological reactions,
there is a need to delineate the degrees to which dissociative
symptoms that occur at the time of the trauma and those that
occur in the days following the trauma predict subsequent
PTSD (p. 761-762).
Further research needs to investigate what aspects and
what degree of the dissociative experiences may be related
to a negative outcome or dysfunction over time, what
characterizes individuals who may have highly functional
survival mechanisms at the time of the event but fail to build
a bridge to the emotions that are put on hold, and what
effective routines should be put in place to help them make
that connection and more efficiently integrate the experience.
Appropriate Responses
Moments of peak stress can lead to a strong emotional
state that fuels the response to danger (Solomon, 1991).
During moments of peak stress, a person may perceive the
external danger but be internally focused on ones
vulnerability. Shock, startle, disbelief, feelings of weakness,
and lack of control often accompany the moment of
vulnerability awareness. If one stays focused on his or her
vulnerability, panic may ensue. However, as a person rapidly
processes the incoming and stored information, he or she
may quickly be able to refocus on the danger in terms of the
ability to respond. Especially among trained personnel, the
mental state accompanying the response is described as
focused, strong, controlled, and clear (Solomon, 1991). In
other words, fear, when one is focused on ones ability to
respond, leads to controlled strength and clarity of mind.
When people face situations that they are well trained for,
their rehearsed tactics (reflexive actions) may be stored in
nondeclarative memory, enabling nonconscious
implementation. Even without rehearsed tactics, the brain
can use stored information (experience) for rapid decision
making (intuitive decisions).
This view of the mental processes in crisis is in line with
research that has shown people to react in an orderly and
constructive manner in dangerous situations, not with panic
or other maladaptive behavior (Quarantelli, 1954). Indeed,
many trained personnel (e.g., police, fire, emergency medical,
military, etc.) have described how quickly and automatically
their trained responses and tactics came to them (Klein,
1989).
However, a minority of people fails to respond adequately
in crisis and disaster situations, displaying either over- or
under-reactions. This can happen if the mental apparatus is
overburdened with intense stimulation or excessive
information from the environment, when there is no
information stored in the brain that can be used for deciding
how to handle the situation, or when the mechanism of
emotional blockage is not functioning. Then the potential
for maladaptive reactions is great.Without any previous
experience, training, or knowledge that can be used in
handling the situation, the risk of breakdown in response
systems are increased. Given this situation, the person may
focus more on internal reactions to the situation (fear, feeling
helpless or overwhelmed) than on dealing with the external
threat.
One integrative dimension is to look at the interaction of
mental mobilization and dissociation on an active-passive
continuum. When a person actively approaches (or avoids)
a threatening situation, dissociation perhaps acts in the
service of the ego to enhance mental mobilization and
survival responses. Dissociation goes hand in hand with
focused strength and increased perceptual and processing
abilities, etc., to enhance response to the threat. PTSD does
not necessarily result from such active participation in the
event. However, when a person is overwhelmed with no
perceived way to respond (the passive end of the continuum),
dissociation serves to detach the person from the experience.
In such circumstances dissociation enables the person to
avoid experiencing overwhelming emotions at a conscious
level, but PTSD is a likely consequence. Individual
differences in handling of information, i.e., sensitizers versus
blunters of information, differences in other aspects of
personality, in experience or training, and in perception and
appraisal regarding critical situations, etc., will probably be
very important in determining appropriate versus inadequate
handling of a critical situation, as well as who develops PTSD.
The response pattern in a situation will also depend on
aspects related to the nature, duration, and severity of the
threat and history of exposure to similar threats.
Conclusion
Implications
and
Possible
Future
Clinical
It is mandatory for survival that mankind has been able to
develop mechanisms to rapidly recognize, handle, and
memorize threat. The mechanisms that have been described
help explain reactions observed both among trained
personnel responding to critical situations and the survivors
of the same situations. In addition we believe that these
mechanisms are activated in situations that do not pose a
direct life-threat, but all the same represents a traumatic or
critical event for the persons involved (i.e., sudden death of
a loved one). Following the sudden death of a loved one, the
bereaved often describe reactions of unreality, as if in a
dream, etc. (Raphael, 1984). Overwhelming emotional
reactions can also be triggered. However, for the bereaved
there are rituals (e.g., the wake, funeral, other cultural
traditions) that help make the unreal real and facilitate
integration. Following other types of life-threatening
situations, rituals put in place during crisis intervention (e.g.,
psychological debriefing) may facilitate the integration of
thoughts, sensory impressions, and emotions following the
event.
Although research is needed to understand the
interrelationship between the different processes
contributing to mental mobilization, and other factors
contributing to the actual response to a critical situation
(such as situational factors, social aspects of the situation,
personality, etc.), it is possible to outline or speculate on
some clinical or practical consequences of the mechanisms
that have been described. As stated in the introduction,
however, the proposed processes are not based on hard,
empirical data, and this should be kept in mind when reading
International Journal of Emergency Mental Health 79
our suggestions for clinical work.
During crisis intervention more emphasis can be placed
on having survivors describe these aspects of their
experience to reinforce a sense of achievement and coping
and a belief in their own accomplishments in the situation.
Although actively probed for, aspects of mental mobilization
may easily be overlooked or missed with the survivor
only focusing on the most negative moments. It can be
therapeutic to provide more information about mental
mobilization processes to help survivors focus on how these
mechanisms operated during an incident. This may help them
to revise their existing frame of reference or develop a new
one that enables them to interpret, understand, and accept
their own reactions in a way that increases self-efficacy. In
addition, information about these mechanisms may increase
understanding among social network members and others
(police, investigation committees, judicial system, etc.), as
they can often misinterpret survivors account of what
happened. An example would be the survivor witness who
focused all her attention on the eyes or the weapon of the
perpetrator and can only give a limited description of other
aspects of his appearance.
For emergency personnel, it is important to ensure that
Critical Incident Stress Management procedures, including
psychological debriefing (CISD, Mitchell, 1983; Dyregrov,
1989), are implemented when personnel are ready, allowing
some time for the temporary deactivation of emotional
reactions to lift on its own. However, having a Critical Incident
Stress Management system that prevents such
dissociation from continuing is crucial to prevent longterm problems. During CISD it is important to incorporate a
thorough review of the thought and decision processes that
were part of the helping efforts. Providing written and verbal
information about the processes of mental mobilization may
prevent misunderstandings and misinterpretations. These
debriefings need to be conducted by trained personnel to
secure good leadership and reduce the chance of negative
results (cf. recent discussions of the beneficial value of
debriefing, i.e., Bisson, Jenkins, Alexander, & Bannister, 1997;
Dyregrov, 1998; Mitchell & Hopkins, 1998).
Survivors and helpers alike struggle to understand the
past, the present, and the future. Often the present is filled
with memories and thoughts about the past. While moving
into the future, the present is lost trying to make sense of the
past. Critical incidents and the series of critical moments
that make up such situations are often at the core of the
problems that survivors are struggling to make sense of. It is
our hope that the mechanisms we have described and termed
mental mobilization can be a helpful perspective into making
sense of their experience and reestablishing a sense of
control.
References
Bisson, J.I., Jenkins, P.L., Alexander, J., & Bannister, C.
(1997). Randomized controlled trial of psychological
debriefing for victims of acute burn trauma. British
Journal of Psychiatry, 171, 78-81.
Bremner, J.D., Davis, M., Southwick, S.M., Krystal, J.H.,
& Charney, D.S. (1993). Neurobiology of Posttraumatic
Stress Disorder. In J.M. Oldham, M.B. Riba, & A.Tasman
(Eds.) Review of Psychiatry, volume 12. Washington,
D.C.: American Psychiatric Press.
Brewin, C.R. & Andrews, B. (1998). Recovered
memories of trauma: Phenomenology and cognitive
mechanisms. Clinical Psychology Review, 18, 949970.
Bryant, R.A. & Harvey, A.G. (1997). Acute stress
disorder: A critical review of diagnostic issues. Clinical
Psychology Review, 17, 757-773.
Carlson, E.B. & Rosser-Hogan, R. (1994). Cross-cultural
response to trauma: A study of traumatic experiences and
80 Dyregrov/ MENTAL MOBILIZATIONS
posttraumatic symptoms in Cambodian refugees. Journal
of Traumatic Stress, 7, 43-58.
Cardena, E. & Spiegel, D. (1993). Dissociative reactions
to the San Fransisco Bay Area Earthquake of 1989.
American Journal of Psychiatry, 150, 474-478.
Denholm, C.J. (1995). Survival from a wild animal attack:
A case study analysis of adolescent coping. MaternalChild Nursing Journal, 23(1), 26-34.
Dyregrov, A. (1989). Caring for helpers in disaster
situations: Psychological debriefing. Disaster
Management, 2, 25-30.
Dyregrov, A. (1992). Katastrofpsykologi. Lund:
Studentlitteratur.
Dyregrov, A. (1998). Psychological debriefing An
effective method? Traumatology, 4(2), Article 1. http://
www.fsu.edu/^trauma/.
Foa, E.B. & Riggs, D.S. (1995). Posttraumatic Stress
Disorder following assault: Theoretical considerations and
empirical findings. Current Directions in Psychological
Science, 4, 61-65.
Freinkel, A., Koopman, C., & Spiegel, D. (1994).
Dissociative symptoms in media eyewitnesses of an
execution. American Journal of Psychiatry, 151, 13351339.
Janis, I. (1982). Groupthink. Boston: Hougton Mifflin
Company.
Klein, G.A. (1989). Strategies of decision making.
Military Review, 69 (May), 56 64.
Klein, G.A., Calderwood, R., & MacGregor, D. (1989).
Critical decision method for eliciting knowledge. IEEE
Transactions on Systems, Man and Cybernetics, 19, 462472.
Koopman, C., Classen, C., Cardena, E., & Spiegel, D.
(1995). When disaster strikes, acute stress disorder may
follow. Journal of Traumatic Stress, 8, 29-46.
Koopman, C., Classen, C., & Spiegel, D. (1996).
Dissociative responses in the immediate aftermath of the
Oakland/Berkeley firestorm. Journal of Traumatic Stress,
9, 521-540.
LeDoux, J.E. (1992). Emotion as memory: Anatomical
systems underlying indelible neutral traces. In A.
Christianson (Ed.). Handbook of Emotion and Memory,
269-288. Hillsdale, NJ: Erlbaum.
Litz, B.T., Weathers, F.W., Monaco, V., Herman, D.S.,
Wulfsohn, M., Marx, B., & Keane, T.M. (1996). Attention,
arousal, and memory in Posttraumatic Stress Disorder.
Journal of Traumatic Stress, 9, 497-519.
Marmar, C.R., Weiss, D.S., Metzler, T.J., Ronfeldt, H.M.,
& Foreman, C. (1996). Stress responses of emergency
services personnel to the Loma Prieta earthquake
interstate 880 freeway collapse and control traumatic
incidents. Journal of Traumatic Stress, 9, 63-85.
Mitchell, J.T. (1983). When disaster strikes.... The
Critical Incident Stress Debriefing. Journal of Emergency
Medical Services, 8, 36-39.
Mitchell, J.T. & Hopkins, J. (1998). Critical Incident
Stress Management: A new era in crisis intervention.
Traumatic Stress Points, 12, 6/7-10/11.
Noyes, R. & Kletti, R. (1977). Depersonalization in
response to life-threatening danger. Comprehensive
Psychiatry, 18, 375-384.
Perry, B.D. & Pollard, R. (1998). Homeostasis, stress,
trauma, and adaptation. Child and Adolescent Psychiatric
Clinics of North America, 7, 33-51.
Quarantelli, E.L. (1954). The nature and conditions of
panic. The American Journal of Sociology, 60, 267-275.
Raphael, B. (1984). The anatomy of bereavement. A
handbook for the caring professions. London: Unwin
Hyman.
Siegel, D.J. (1995). Memory, trauma, and psychotherapy.
Journal of Psychotherapy Practice and Research, 4, 93122.
Solomon, R.M. (1991). The dynamics of fear in critical
incidents: Implications for training and treatment. In J.T.
Reese, J.M. Horn, & C. Dunning (Eds.). Critical Incidents
In Policing, Revised, 327-358. Washington, DC: US
Government Printing Office.
Solomon, R.M. & Horn, J.M. (1986). Post-shooting
traumatic reactions: A pilot study. In J. Reese & H.
Goldstein (Eds.) Psychological Services In Law
Enforcement (pp. 383-393). Washington, DC: United States
Government Printing Office.
Southwick, S.M., Bremner, D., Krystal, J.H., & Charney,
D.S. (1994). Psychobiologic research in Post-Traumatic
Stress Disorder. Psychiatric Clinics of North America, 17,
251 264.
Spiegel, D. & Cardena, E. (1991). Disintegrated
experience: The dissociative disorders revisited. Journal
of Abnormal Psychology, 100, 366-378.
Spiegel, D., Koopman, C., & Classen, C., (1994). Acute
stress disorder and dissociation. Australian Journal of
Clinical and Experimental Hypnosis, 22, 11-23.
Stevenson, I. & Cook, E.W. (1995). Involuntary
memories during severe physical illness or injury. Journal
of Nervous and Mental Disease, 183, 452-458.
Terr, L.C. (1983). Time sense following psychic trauma:
A clinical study of ten adults and twenty children.
American Journal of Orthopsychiatry, 53, 244-261.
van der Kolk, B.A. (1994). The body keeps the score:
Memory and the evolving psychobiology of posttraumatic
stress. Harvard Review of Psychiatry, 1, 253-265.
van der Kolk, B.A. & Fisler, R. (1995). Dissociation and
the fragmentary nature of traumatic memories: Overview
and exploratory study. Journal of Traumatic Stress, 8,(4),
505-525.
Zsambok, C.E. & Klein, G. (1997). Naturalistic decision
making. Hillsdale, NJ: Erlbaum.
International Journal of Emergency Mental Health 81
INTERNATIONAL CRITICAL INCIDENT STRESS FOUNDATION (ICISF)
Providing Essential Training and Consultation in
Crisis Intervention, Disaster Response, and Emergency Mental Health
Comprehensive Critical Incident
Critical Incident Stress Debriefing (CISD)
Stress Management (CISM)
Psychotraumatology Update for Clinicians
Disaster Management
Violence Management in Schools and
Emergency Services Stress and Trauma
Communities
Violence Management in the Workplace
Suicide Prevention
Crisis Intervention with Children
Crisis Intervention with Families
Contact the ICISF office for details and recurrent training schedules
Telephone: 410-750-9600 Fax: 410-750-9601
82
IN TERN ATION AL CRITICAL IN CIDEN T STRESS FOUN DATION , IN C.
2000 CON FEREN CE CALEN DAR
(Calendar Subject to Change)
April 27 - 30, 2000
City,
Kansas City
, Missouri
Co-Sponsor:
May 18 - 21, 2000
New
New
Ne
w York, Ne
w York
June 8 - 11, 2000
Nev
Las Vegas, Ne
vada
Co-Sponsors:
Co-Sponsor:
Blue Springs Police Dept.
Staten Island CISM Team &
So. NV CISM Network
PJ Petrillo (816) 228-0178
Brooklyn CISM Team
Brenda Donoho (702) 383-2888
June 22 - 25, 2000
City,
ow
Mason City
,Io
wa
Co-Sponsor:
Mercy Medical Center
CISM Iowa Network
Pat Wilson (515) 422-6474
August 3 - 6, 2000
Columbia, Maryland
July 13 - 16, 2000
Seattle,
Seattle
,W ashington
Co-Sponsor:
Washington CISM Network
(410) 750-9600 www.icisf.org
October 26 - 29, 2000
Tor
onto, Ontario
ronto,
CANADA
CCISF
North Mississippi CISM Team
Ron Richardson (662)841-3439
Dan Clark (360) 586-8492
September 7 - 10, 2000
Cleveland, Ohio
Sponsor:
ICISF,Inc.
July 27 - 30, 2000
Tupelo, Mississippi
October 5 - 8, 2000
W or
cester
, Massac
husetts
rcester
cester,
Massachusetts
September 21 - 24, 2000
A ustin, Texas
November 2 - 5, 2000
Albuquerque, NM
No
v.30 - Dec. 3, 2000
ov
San Diego, CA
New Mexico Crisis
San Diego State University
Response Network
College of Extended Studies
Deb Boehme (505)476-7785
(619)594-6255
Visit our website for more details: www.icisf.org, or call ICISF at (410) 750-9600
ICISF’s 6th World Congress on Stress, Trauma and Coping in the Emergency Services Professions
Baltimore, M aryland April 18 - 22, 2001
M ID-AM ERICA 2000 Southwest O hio CISM Conference
Cincinnati, O hio June 12 - 18, 2000
General Information: 513-563-2172; fax 513-563-2132 www.queencity.com/swocism or email: team@pol.com
Stress, Trauma, and Coping in Emergency Services and Allied Professions
M elbourne, Australia
August 9 - 13, 2000
CISM FA Contact Details: www.cismfa.org.au or phone 03 9347 9313 or fax 03 9347 9313
83