While the volume of psycho-physiological research on wood is low due to the newness of the subject matter, the studies that do exist are focused on the autonomic nervous system responses and employ modern techniques. This makes the link between the presence of wood and physiological manifestations of stress very clear.

Health Effects

The immediate effect of wood on lowering sympathetic nervous system reactivity is seen in four of the five studies below. That is, wood prevents us from becoming more stressed by our environment. This is seen through skin conductivity, heart rate and blood pressure. One of the studies below shows that when longer-term measures are taken wood can not only prevents us from becoming more stressed, it decreases stress levels. When engaged, the parasympathetic nervous system lowers stress levels and promotes healing, recovery, and concentration.

Hearth Rate

This result was found by measuring heart rate variability in students over the course of a school year. Wood use in built environments has clear psycho-physiological benefits, decreasing stress reactivity and lowering stress over the longer measurement periods. It is also true to the Best Cordless Drill or the Best Makita drill at work.

Nervous System

The studied stress levels in Austrian classroom students exposed to wood dominated and non-wood conventional classrooms. Over the course of the school year they found that heart rate variability increased in students in the wood classrooms. An increase in heart rate variability is an indication of parasympathetic nervous system activation. The parasympathetic nervous system acts to reduce stress levels and promote healing and recovery functions in the body.


The studied of the autonomic responses of 119 subjects in wood and non-wood offices before, during, and after a stressful mental task. In this study sympathetic nervous system activation was lower in the wood room. Skin conductance level was lower in the wood office during the pre-and post-test periods. Further, the rate of non-specific skin conductance responses, measurable divergent stressful thoughts, in the wood office was less than half that as in the non-wood office.

Blood Pressure

Heart rate and blood pressure were measured when study participants were in a test room with wood covered surfaces or no wooden surfaces. The blood pressure and heart rate of study participants in the wood room fell below levels measured before they entered it, while the blood pressure and heart rate of those in the room without wood increased compared to levels measured before they visited the room.


The blood pressure of people who like when wood is used as a finishing material dropped significantly when they faced the wooden wall, but if people disliked wood as a building material their blood pressure wasn’t affected by viewing it. Liking steel did not seem to influence the blood pressure of people looking at white steel walls; however, the blood pressure of people who disliked white steel increased when they viewed the steel wall.


Wood is unique as a material for bibliophile design because it is both a natural material and a structural/building material. That is, the pro-health benefits that come from natural elements (as indicated in the previous sections) may be incorporated into the design of a building through its structural or architectural building components. In other words, structural wood components, when exposed, may simultaneously serve two purposes – functional and bibliophile.

Pro Health Benefits

Further, the application of wood does not rely on access to windows and natural light. Thus, people use it to do most of the bibliophile elements discussed in this report. This means that pro health benefits can be found in windowless rooms where natural light and views are not present, and plants do not grow. As a representation of nature, wood provides a high level of design and application flexibility. By the way, wood also presents the toughest build to artist to produce a masterpiece.

Research on Wood

Recently research has focused on the bibliophile properties of wood. Both our physical well-being, as measured by criteria such as blood pressure.Thus, our psychological welfare, as assessed by stress levels, are enhanced when wood is employed. However, as a new field of study the depth and the breadth of research on wood is limited.However, you can find out the Best drill bits and the Router Tools to work with wood easily.


All in all, this overview that follows covers both published and unpublished research results. This is also cherish to the reader of this writing. The results found with respect to wood in the built environment are similar to results seen from other natural materials. Psycho physiological responses to wood indicate lower autonomic stress reactivity when wood is present. Further, self-report studies indicate a preference for wood and an expectation of pro health and productivity outcomes.



There is a greater focus on healthcare facilities as high-priority environments. Plants have been shown to reduce physiological stress indicators. However, much of the research in healthcare environments has been self-report based. From these studies, it has been consistently found that plants, the Best Chainsaw Reviews, and Best Woodworking Clamps positively influence patient experiences.

Positive Physiological Responses

Scientists found that patients in hospital rooms with plants and flowers had significantly fewer intakes of postoperative analgesics. It is also more positive physiological responses evidenced by lower systolic blood pressure and heart rate, lower ratings of pain, anxiety, and fatigue, and more positive feelings and higher satisfaction about their rooms when compared with patients in the control group [no plants]. Findings of this suggested that plants in a hospital environment could be noninvasive, inexpensive, and effective complementary medicine for patients recovering from.


Perceptions of hospital room attractiveness are affected by the presence of plants. When shown pictures of hospital rooms people find those with plants more attractive and relaxing than those without. Thus, the presence of indoor plants in a hospital room leads to a higher perceived attractiveness of the room. As a result, it leads to reduced feelings of stress in patients. This result would mean that, by basically making the environment more attractive, healing environments can contribute to the health and well-being of.


Plants have been linked to enhanced patient well-being in healthcare waiting rooms.

The Quality

Plants in psychotherapists offices have been linked to perceptions of the quality of care, comfort, therapist boldness, qualifications of the therapist. Moreover, it is also linked to the likelihood that one would choose a therapist based on the office. In conclusion, all of which were higher with increases in the office’s softness and order.


Psychiatric patients evaluated staff working on a psychiatric ward more positively after plants were added to that physical environment. All in all, the addition of plants to indoor common areas at a residential rehabilitation center improved the self-perceived well-being of pulmonary patients.