Are you wondering why your Fly Predators haven't hatched yet and want to know how to help them hatch quicker? Jess our Fly Predator Scientist has the answers...
Why Fly Predator Hatch Times Vary
The species that comprise Fly Predators have a life cycle that is very dependent on overall average temperatures. At ideal conditions (around 85°F) it takes a minimum of 2 weeks for the Fly Predator to develop from egg to adult. At much cooler temperatures, they can take 6 weeks or more to hatch.
Generally, we try to send out Fly Predators that have already been incubated for about a week, so that in the warm summer months, they will begin hatching within 5 days of arrival. However, temperatures during travel and temperatures where they are being kept can have large impacts on how quickly Fly Predators hatch. During the first shipment of the season, it’s not unusual for your Fly Predators to take 10 to 14 days after arrival to emerge. It’s much faster than that during the heat of August.
How Do I Help My Fly Predators Hatch Quicker?
If your weather is warm and you want to make sure your Fly Predators hatch as quickly as possible, keep them at a consistently warm temperature once you receive them. Don’t put them in direct sun as this can make them too hot while in the bag. On top of a refrigerator is a cozy place, but write a note so you don’t forget them.
If your weather is cooler than normal, particularly if you have a chance of freezing night time temperatures, you will want to slow down the hatching of your Fly Predators. If they traveled through cool temperatures on their way to you (which often happens in the early spring and late fall), even once kept consistently warm, it may take 2 weeks or more for your Fly Predators to hatch. If kept outside once they arrive, and night time temperatures are still falling down into the 50’s, this could also result in delayed hatching, even if daytime temperatures are getting into the 70’s or higher. You can match the speed of emergence to match your weather, which is also how quickly your pest flies will be emerging.
Bottom line: don’t worry if your Fly Predators don’t hatch right away in the spring and fall. Try to keep them in a consistently warm location, such as on top of a refrigerator or other electrical appliance that generates a little heat (just don’t cook them).
Okay! I normally watch only four TV channels, two to get opposing political positions, one for its veterinary and wildlife programs, and one for its once a week reality humor. So it has been a drag for me to watch otherwise wasteful TV in order to collect the data for this article.
Moreover, this is the second time I have reported the unexplainable phenomenon that the pharmaceutical industry, even including its academic research constituents, persist in using the letter “X” in naming new drugs. Why? This applies not only to the product’s proprietary name, but also to many of the generic names.
I am obligated to report about this puzzling, irrational, but obviously effective tendency to increase sales of the respective drugs. Why else would they do it? More importantly, why does it work?
My research project ended today, just prior to me sitting down to write this column. I have no doubt that if I continued to search the channels for drug commercials flaunting the letter “X”, the forthcoming list would be much larger. But, frankly, two weeks of watching the Boob Tube and writing down drug names, many of which are in ads warning of such side effects as internal bleeding, loss of vision or hearing, cardiac arrest, pancreatitis, anaphylaxis, angioedema and even death, are all I can take.
As I accumulated the list below, I wondered if television itself was responsible for some of the cited side effects.
So, without further comment (and why I am the only person with a degree in medicine to have reported this “X” phenomenon, to the best of my knowledge), here is the list of “X” drugs I saw in television commercials in one two week period.
Nuedexta, Apixaban, Naltrexone, Rivaroxaban, Prodaxo, Eluxadoline, Xeljanz, Naloxegol, Zoustavax, Nuedexta and Rexulti.
There were even ads for drugs with two “X”s: Axploxion and Axploxionex.
You know if I were a pharmaceutical producer, I would try three or more “X”s, like: Pexenicillinexbiotix or Axisperxinex or Hydroxinogenex Peroxide. Imagine the efficacy of such products.
Since I wrote this, new products are being advertised. Two begin with “X”. The third has a silent letter preceding the “X” (which is pronounced “Z”).
Transmissible Diseases, also known as Contagious Diseases, are those which are commonly spread from one infected individual to another, usually of the same species, but also frequently of another species. This occurs because of direct physical contact, but it also occurs from indirect physical contact. For example, if a person with a cold or flu sneezes near you, that is an example of indirect physical contact. However, if you touch the other person, and they have the virus on their hands or elsewhere on their body, that would be direct physical contact.
Transmissible diseases are also spread from one individual to another by the infected victim contaminating food or water, which is then consumed by the next unfortunate victim.
However, there is a third kind of individual, known as a “vector”, who can transmit diseases caused by micoörganisms (viruses and bacteria).
A common disease-carrying vector are insects. For example, mosquitoes transmit Malaria. A more common example are the diseases carried by flies.
Flies, attracted to the nasal discharge or tears or even saliva of an infected individual can inadvertently transmit disease-causing micoörganisms to other perfectly healthy individuals.
For horse owners this is often true during outbreaks of such common diseases as equine influenza and strangles.
Obviously, the disease in question may be prevented by vaccination. However, there are other preventative measures that are important.
For example, flies, including the common Stable Fly, are inevitably attracted to the nasal discharge of equines suffering from such communicable diseases. So further disease prevention can require the elimination, or, at least, sever reduction in such insects.
Controlling flies and other insect pests in the stable can involve many techniques. Examples include pesticides, keeping the premises free of manure and other wastes that attract flies, insect repellant sprays, fly traps and screens, the use of Fly Predators to destroy the fly larvae before they hatch, and even the use of Fly Traps to trap the insects that land on such adhesive products.
Reducing the population of such insect pests can help prevent horses from acquiring serious diseases, reduce discomfort, and making the stable a more desirable environment for both the animals, and the people who associate with them.
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