Creating, editing, and sharing posts with scientific research is one of the most powerful ways to use Pinterest for educational purposes. Doing so gives your pin’s audience new insights and knowledge that they would not otherwise have.
By adding inscientific evidence or studies, you bring credibility to the content by showing it comes from an accredited source. Your followers will appreciate this quality boost!
In this article, we will go over some easy steps to begin creating scientifically supported pins. We will also look at some apps and tools that make doing so much easier.
Editorializing scientific information
One important part of editorializing scientific info is making sure the information comes from sources that are reliable. Make sure to check out our article: Tips For Finding The Best Source Of Health Information. It covers many tips to help determine the trustworthiness of any health claim.
The term “evidence-based” has become very popular as of late. This means using the best available data to come up with conclusions. Many hospitals and medical associations now require physicians to be trained in how to do this.
This makes sense because even well-meaning doctors may not agree on what treatments work best. By requiring training in evidence-based medicine, people who want better care can find it!
Held back by cultural norms and political correctness, there is still a lot of bias when it comes to how women feel about sex.
Examples of scientific research
Does raising your hand in school really help kids learn? In recent years, education experts have questioned whether or not students need to be asked to raise their hands for every topic discussed in class.
Many teachers feel that asking children to speak up is a waste of time because most kids who want an answer will eventually say something. Plus, some students may be intimidated by the challenge of speaking in front of others.
Research has shown that almost all subjects can be learned easily if you include opportunities to ask questions and discuss concepts. This includes things like talking about topics in groups, doing homework assignments, taking tests, and attending lectures.
There’s no reason to require silence from students when they could be asked to do anything else. It would be more effective —and less stressful—for them. Letting students choose how they want to participate in educational settings is one of the biggest changes needed in our classrooms.
Types of scientific research
There are several different types of studies that play an important role in shaping our understanding of the world. These study types include systematic reviews, randomized controlled trials (RCTs), observational studies, case reports, and surveys.
A systematic review is like doing a quick survey of all the books in the universe. You pick one topic and then look at every single book on the subject. A systematic review looks at all the available literature on a topic to see what conclusions can be drawn about the effects of those interventions.
An RCT is probably the most well-known type of scientific research. This is done under strict experimental conditions; researchers place a test intervention next to another control intervention for comparison. By conducting repeated experiments, we get more accurate results.
Observational studies look at real life situations to determine if there is a correlation between two things. For example, they might compare people with diabetes who take insulin therapy compared to people who do not take insulin to see how effective it is as a treatment.
Case report studies occur when 1 person experiences something unusual or unexpected and 2 other people have similar stories. Results may prove relevant for your health or future treatments.
Surveys ask questions and gather information from participants to create statistics about a population.
How to conduct scientific research
Doing science is not easy, nor does it happen overnight. It takes time, effort, and practice to learn how to do it well. But you are not trying to do that here! You already have – you are already doing scientific research when you read this article.
Simply creating an argument or presenting data through numbers or stories is already considered scientific research because of what they ask you to consider-theories.
When you evaluate theories, you use your logic to determine which one seems more likely to be true. For example, the theory that eating chocolate makes you happier has been proven wrong, so why would you choose that over the opposite theory?
That way, you apply rationality to determine the best answer.
Sample research projects
There are many ways to show that yoga is effective for overall wellness and health. Yoga can help reduce stress, improve concentration, increase fitness, strengthen muscles, enhance sleep quality, and more.
It’s very popular today to compare different types of exercises by looking at how they benefit your heart and lungs. For example, running benefits your cardiovascular system and exercise helps you burn calories, so it’s important to pick an activity you like and add in some yoga to make it even better!
Yoga also works on improving balance and coordination, which means you can do almost anything with yoga including standing poses, sitting poses, and moving around the room or floor.
There have been multiple studies showing the effectiveness of yoga in treating certain conditions, such as pain or inflammation. Some evidence suggests that practicing yoga may be just as good (if not better) than other treatments for depression and anxiety.
Practicing yoga has been shown to decrease symptoms of anxiety and depression, and these effects seem to last longer than simply experiencing remission.
How to read scientific research
Now that you are reading some great literature, it is important to know how to interpret what you find. The style of writing in most academic journals is very structured and organized.
Most academic studies have an abstract, introduction, discussion, conclusion, and references or acknowledgements. This organization helps make the reading flow more naturally as people search for information within blocks.
The discussion section usually comes right after the introduction. This is where the authors talk about their findings and implications of the study.
A common misconception about scientific research is thinking that the conclusions tell you everything you need to know about the study. That isn’t the case at all!
Conclusions describe what the researchers were able to determine from doing their experiment. They may suggest something about the situation before the experiment was done, but beyond that, they will always say something about whether the results apply outside the settings of the experiment.
They will also sometimes mention limitations of the study, things like there being no control group or only having a small sample size. These are not issues with the experiment itself, but rather things that limited the ability to draw strong conclusions.
Ways to be a scientist
Being a scientist is not only about having a passion for numbers, it is also about being passionate about the world around you. Whether you are studying biology, chemistry, physics or any other field, being a scientist means learning how to evaluate research studies and apply what you learn to understand the world around us.
The more you know, the better! The best way to get knowledge in this area is by reading books and listening to lectures. There are many ways to do this, so don’t feel that you can’t start trying to become a scientist because you cannot buy all of the equipment needed to conduct experiments.
Any one of these resources can help you begin your journey as a scientist. Keep seeking out new information and developing your understanding of science will take place naturally.
What is evidence?
Evidence refers to all of the materials, data, and proofs that support an argument or claim. It’s not just about finding pieces of proof that work in favor of a theory, it’t also about proving theories wrong.
Evidence includes looking at both pre-existing studies and studies conducted during the time frame of question. There are several types of evidence, with different levels of strength.
Experimental research is when we actually do something and observe results. For example, you could test whether taking certain medications help reduce pain, by doing a clinical trial. We compare those who receive the treatment against a placebo group (those given a fake drug).
This type of evidence has very strong power because they are clearly demonstrating an effect of the intervention. However, there are limitations to this kind of research as well — making sure the participants in the study don’t have any other interventions happening at the same time can be tricky.
Case reports are another form of empirical research. Authors describe experiences they had while using treatments for a condition, including benefits and risks.
Because these are only individual stories, they aren’t always able to account for potential confounding factors, but they can make an impressive case. They require a high level of certainty to consider them credible.
There are many ways to use evidence to prove or disprove theories. The best way will depend on your personal goals and what questions you want answered.
Definition of evidence
Evidence is an observable, repeatable performance that proves or disproves a claim. The term comes from the Latin word for witness, so it refers to something that testifies about a thing.
When you refer to “scientific research studies,” what you are really referring to is just one type of evidence. This kind of proof is called empirical (derived from observation) and logical (based on reasoning).
Empirical proofs occur when we actually do the experiments and assess the results. For example, studying how vitamin D aids in bone growth by testing patients in clinical trials is an empirically-validated study.
Logical arguments are also used to prove things. For instance, using math to determine whether or not someone is likely to commit robbery depends on applying logic to existing data.
Since these two types of proofs work together, there are some cases where people combine them both. A good example of this was seen with our initial topic: Is chocolate healthful or harmful?
After reading through all of those benefits and risks, many people conclude that although chocolate may be rich in antioxidants and other nutrients, it is still too much sugar for most people.
So instead of eating a bar every day, they recommend once a week at most as part of a balanced diet.
