Write an article based on this "Take note of verifiable facts as you read. Consult referenced data. Look out for red flags."
article: Whether the science you read is an article, book, or web page, read the text in its entirety. As you read, pay attention to details. Write down or make a mental note of things that are confusing or unclear. Use a highlighter or pen to underline, circle, or highlight facts that can be verified. Verifiable facts are those which are based in objective reality rather than on opinion, conjecture, or unfounded belief. All verifiable science relies on the work of other scientists to establish its credibility and inspire further studies. One way to verify the science you read is to follow up on the information provided in the study's footnotes. Check referenced sources to ensure that their conclusions and statistics match those presented in the scientific literature you're attempting to verify. If you're reading science in a popular publication, sources will be cited in the text rather than in footnotes or endnotes. Non-specialized sources should describe specific studies but might not refer to published peer-reviewed article by name. They might also refer to certain scientists or authors, or to the titles of scientific journals where relevant publications appeared. Use this information to track down more information whenever possible. You can also refer to review articles, which summarize all of the previous findings of a particular field. When you're reading through sources, there are some red flags you should look out for that may indicate the source isn't reliable. If you see any of the following red flags, be extra cautious when using the source material: The source hasn't been referenced elsewhere. The author hasn't written anything other than the one source. The author mostly cites themselves. The author's findings haven't been replicated elsewhere.

Write an article based on this "Practice loading. Practice Unloading. Know when to get help."
article: Horses have a strong flight instinct and often resist being loaded into a trailer. Start slowly, introducing your horse to the trailer without forcing him to get in. Walk him around and let him check out the trailer. Reward all positive steps towards the goal of loading including sniffing the trailer, not backing away and exhibiting curiosity. Pat or rub him and give verbal encouragement. Do not use force or violence as this will create a bad association for your horse and make him even more resistant to the trailer. It may take many tries to get your horse comfortable enough to load. Let him back out whenever he wants to. The goal is make him comfortable and relaxed so that he will load easily. When the horse loads for the first time do not shut the doors as this may panic him. Once he is completely comfortable, close the butt bar and doors. You want the horse to walk out of the trailer, not bolt. Use patience when teaching him to back out of the trailer. Use verbal cues or a small tug on the tail to signal that it's time to back out. If he wants to rush out of the trailer, use the lead rope to slow him down. Do not attempt to pull or push the horse. Do not stand behind the horse. Untie the horse from the trailer before releasing the butt bar or opening the back door. When he unloads properly, reward him with praise and patting or rubbing. Some horses are very resistant to being in a trailer. Your horse may be afraid of the trailer because of past bad experiences. Ask a horse professional for assistance if your horse is particularly resistant or reacts with violence (such as bolting or rearing). Do not lose your patience or react with violence as this will exacerbate the problem.

Write an article based on this "Learn the formula. Plug your data into the formula. Divide the population by the area size."
article:
To calculate the population density, you will divide the population by the size of the area. Thus, Population Density = Number of People/Land Area. The unit of land area should be square miles or square kilometers. You can use square feet or meters if you are finding the density of a smallish space. For most professional and academic demographic purposes, though, you'll need to use the standard square miles or kilometers. The unit of population density is people per unit of area. For instance, 2000 people per square mile. You should know the population and the surface area of the region. For example: if there are 145,000 people in the city of Auburn, and the urban area covers 9 square miles, write 145,000/9 square miles. Use long division, or just use a calculator. In our example, 145,000 divided by 9 would show that the population density is 16,111 people/square mile.