Hi, I'm Philipp!
A web developer who suffers
from secondhand smoking.
I made this site to help other sufferers.
And myself.
18 people said its effective against smoke! 6 said it isn't.
Users generally found it effective at reducing smoke, but some noted it takes longer for heavy smoke or persistent odors.
View on Amazon (paid link)
12 people said its effective against smoke! 5 said it isn't.
People said it performs moderately well with smoke, but may require more time to clear the air in larger spaces.
View on Amazon (paid link)
33 people said its effective against smoke! 1 said it isn't.
People said its extremely effective at removing smoke, even in dense conditions, with fast purification times.
View on Amazon (paid link)
I've analysed some air purifiers' reviews on Amazon
and found the ones where people said they worked well
against secondhand smoke.
Each of these links is an associate link.
As an Amazon Associate I earn from qualifying purchases.
Help me help you.
*Amazon is a company, not a woman.
The claim that even many smokers don't enjoy the smell of secondhand smoke might seem paradoxical at first glance. However, it finds support in various studies and real-world observations that highlight the complex psychological and physiological relationships smokers have with cigarette smoke.
Research has shown that while smokers are accustomed to direct smoke inhalation, many repo...
The hypothetical scenario of smokers emitting bubbles instead of smoke opens an intriguing discussion about social acceptance and perception. Smoking, often frowned upon due to its health implications and unpleasant smell, leaves a negative mark on social interactions. However, replacing smoke with harmless, transparent bubbles could drastically alter this perception.
First, we must cons...
Being constantly exposed to secondhand smoke is not only a physical health concern but can also be a mental health burden. The idea of ignoring or "not noticing" secondhand smoke through psychological tricks is an interesting one. Studies have shown that cognitive behavioral strategies can sometimes help individuals alter their perception of certain stimuli, but can these methods exte...
The question of whether plants can become 'addicted' to smoke touches on the fascinating intersection of botany and environmental science. While addiction in plants does not function as it does in humans or animals, there is a body of research exploring how cigarette smoke affects plant growth. Unusual growth patterns in plants exposed to cigarette smoke have been observed in various studies, indicating that smoke can influence plant physiology.
In a study conducted by researchers at the Navarra University in Spain, plants exposed to cigarette smoke exhibited altered growth patterns, including changes in leaf color, stunted growth, and in some cases, increased susceptibility to diseases. This was attributed to the high concentration of nicotine and other harmful chemicals in cigarette smoke, which can affect the plant's cellular structure and photosynthesis efficiency.
The presence of nicotine has been shown to boost secondary metabolite production in some plant species, which are defensive compounds that plants produce in response to stress. This response, while beneficial in some stressful scenarios, might lead to a trade-off in other essential growth processes.
Additionally, a study from the University of South Florida found that cigarette smoke could drastically reduce the germination rate and growth of certain flowers like petunias. The smoke effectively acted as an environmental stressor, compromising plant health and development. These effects underscore the detrimental impact environmental pollutants can have on flora.
While it might be tempting to compare the plant's response to smoke as a form of 'addiction,' it's essential to note that plants lack the nervous systems that underpin addiction in animals. Rather, their exposure to smoke and resulting growth alterations are more akin to stress responses than any form of dependency.
In conclusion, while plants do not become addicted to smoke in the psychological sense, their exposure to cigarette smoke can indeed lead to significant changes in growth patterns and health. Understanding these effects not only contributes to our broader knowledge of plant biology but also highlights the pervasive impact of air pollution on ecosystems.