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EDITORIAL NOTE ABOUT INSECTICIDES

Recommendations given in previous editions of this book regarding use of DDT and other "hard" pesticides are withdrawn in this 12th edition. We advise, until questions about merits and dangers of these products are resolved, that you contact a local agency before deciding what pesticides, if any, to use.

We believe that every citizen should make a real effort to become informed about pesticides and potential changes in them, for use or non-use will likely have great impact on mankind's future use of this earth.

ACKNOWLEDGEMENTS

The author has conducted no original research, but has simply assembled information provided by others who have made painstaking scientific investigations into the lives, habits, and poisons of desert creatures. To these men all credit for the information contained herein is due.

The writer considers it a privilege to present partially herein the results of work conducted by Dr. Herbert L. Stahnke, Poisonous Animals Laboratory, Arizona State University, on scorpions and other poisonous creatures.

Valuable assistance has been obtained from Dr. Howard K. Gloyd, former director of the Chicago Academy of Sciences. To Laurence M. Klauber and the late C. B. Perkins, formerly of the San Diego Museum of Natural History, are expressed our thanks for much valuable information relative to poisonous snakes.

The help and cooperation of Dr. Sherwin F. Wood of Los Angeles City College has made possible inclusion of the section on the conenose bug.

The late Dr. Forest Shreve, for many years director of the Desert Laboratory in Tucson, and the late Dr. Charles Vorhies, zoologist at the University of Arizona, proved to be founts of knowledge regarding plant and animal life of the desert. The late Dr. C. P. Russell, of the National Park Service, checked many statements to assure accuracy.

We are indebted to Dr. W. Ray Jones, physician and hobby beekeeper in Seattle, Washington for his findings on, and treatment of, bee-sting poisoning. Also to Dr. F. A. Shannon of Wickenburg, Arizona for his especially helpful commentary. We take this opportunity to thank Dr. Paul Wehrle, entomologist, University of Arizona, and Dr. W. J. Gertsch of the American Museum of Natural History, for kindly checking the contents for authenticity.

Poisonous Dwellers of the Desert

The late Dr. Forrest Shreve of the Desert Laboratory in Tucson, Arizona, stated that the principal characteristic of a desert is "deficient and uncertain rainfall." From our grammar school geographies we gained the impression that a desert is a great expanse of sand piled into dunes by the wind, without moisture or vegetation, a land of thirst, desolation, even death.

Although sand dunes devoid of vegetation are characteristic of the Sahara and some other deserts of the world, those of the United States support a variety of plant and animal life which, through generations of adaptation, are able to meet the conditions imposed by this environment . Persons who misunderstand our deserts fear them, while others who have visited them become fascinated and return periodically or settle down and live in them.

Some of the creatures living in deserts are known to be poisonous to man. Western thriller fiction of press, screen, and TV has emphasized and exaggerated this fact, developing in many people a wholly mistaken fear of the desert and its inhabitants. In contrast, other persons may under-estimate the possibility of injury from these animals and become careless.

It is the purpose of this booklet to discuss accurately the various poisonous dwellers of the desert, as well as to debunk some of the superstitions and misunderstandings which have developed.

A majority of the poisonous creatures in the desert are by no means restricted to that environment. Rattlesnakes, for example, so often associated with the arid regions of the West, occur in nearly every section of the United States.

Since, due to personal differences, the bite or sting of a poisonous creature may injuriously affect the health of one person and not that of another, and since the poison of one individual creature may be insufficient to cause an unpleasant reaction, while that from several hundred might produce severe illness or even death, it is difficult to determine which creature should be included in a publication of this nature. The writer, therefore, has exercised his judgment in discussing in the following pages such creatures as he feels may offer a menace to the welfare of a visitor to the desert. In addition, a few paragraphs are included for the defense of several harmless desert dwellers which are mistakenly believed poisonous and which, as a result, have been mercilessly persecuted.

It should be understood that the author has not himself conducted scientific research among the desert animals regarding which he writes. The material in this book is a digest of the findings of various competent scientific and medical authorities, and has been carefully checked for accuracy and authenticity.

Don't be frightened as a result of reading this booklet. The desert is just as safe--perhaps safer--for homemaking as many other parts of our country.

Giant desert centipede

Many species of centipedes of various sizes and colors are found throughout the world. The majority are small, harmless, and not sufficiently numerous to be considered seriously, even as pests.

Usually they are found under boards, in cracks and crevices, in basements and closets, and in other moist locations where they hide during the day and venture forth at night in search of small insects for food.

The large, poisonous desert centipede attains a length of 6 or even 8 inches and has jaws of sufficient strength to inflict a painful bite. Glands at the base of the jaw produce poison which causes the area about the bite to swell and become feverish and painful. Persons who have been bitten report that the swelling and tenderness may persist for several weeks, that the bite sometimes suppurates and is difficult and slow to heal.

Although the bite of a large centipede is no joke, it is not cause for fear or worry. Exaggerated stories of the deadly effects of the bite, and reports that the tip of each leg carries a poisonous spur, have caused many persons to be overly afraid of centipedes. Hysteria and shock resulting from this unfounded fear probably have been the cause of more suffering than the bites themselves.

The tip of each of the 42 legs of the giant desert centipede is equipped with a sharp claw. It is possible when the centipede scurries across a person's arm or leg for these claws to make pin-point punctures. Infection introduced through these tiny openings readily leads to the belief that poison has been injected. Prompt application of an antiseptic will greatly reduce the possibility of infection.

Scorpions

More deaths have occurred in Arizona from scorpion sting than from the bites and stings of all other creatures combined. It is apparent that scorpions are dangerous, that all persons should be informed regarding them, and that details of first-aid treatment should be common knowledge.

In some parts of the South, scorpions are called "stinging lizards." This is unfortunate because it has caused many people to think of lizards as poisonous and capable of stinging.

Not all scorpions are deadly. Danger from the two deadly species which look so much alike that only an expert can tell them apart, is greatest to children under 4 years of age. Unless prompt action is taken small children might succumb to the poison from a single sting from an individual of either of the deadly species. Older children may die from the effect of several stings, and adults, especially those in poor health, may suffer serious injuries.

Of the more than 20 species of scorpions recorded in Arizona where detailed studies have been made, the two deadly forms have been found only across the southern portion of the State and in the bottom of Grand Canyon. As far as is now known, no other deadly species occur in the Southwest, except in Mexico where there are several.

It is important, then, that all persons should recognize the deadly species. Study the photograph. Note that the deadly species is about 2 inches in length, is straw colored, and that its entire body, especially the joints of the legs, pincers, and "tail," are long and slender. It has a streamlined appearance. This is in contrast with the stubby or chunky appearance of the many non-deadly species.

Scorpions sting, they do not bite. The pincers at the head end of the body are for the purpose of holding the prey, which consists primarily of soft-bodied insects, while the scorpion tears it to pieces with its jaws.

The sting is located at the extremity of the "tail" and consists of a very sharp, curved tip attached to a bulbous organ containing the poison-secreting glands and poison reservoir. The sting is driven into the flesh of the victim by means of a quick, spring-like flick of the "tail." Muscular pressure forces the poison into the wound through two tiny openings very near the sting tip. Thus the poison is injected beneath the skin, making treatment difficult, as the impervious skin renders surface application ineffective.

Whereas the poison of non-deadly species of scorpions is local in effect, causing swelling and discoloration of the tissues in immediate proximity to the point of puncture, that of the deadly species is general over the entire body of the victim. There is intense pain at the site of the sting but very little inflammation or swelling.

According to Kent and Stahnke, "the victim soon becomes restless. This increases to a degree that, in cases of small children, the patient is entirely unable to cooperate with attendants. It turns, frets, and does not remain quiet for an instant. The abdominal muscles may become rigid, and there may be contractions of the arms and legs. Drooling of saliva begins, and the heart rate increases. The temperature may reach 103 or 104 degrees. Cyanosis gradually appears, and respiration becomes increasingly difficult, causing a reaction not unlike that observed in a severe case of bronchial asthma. Involuntary urination and defecation may occur. In fatal cases the above symptoms may become so marked that apparently the child dies from exhaustion.

"In cases that recover, the acute symptoms subside in 12 hours or less. In the adult, symptoms as enumerated may be encountered, but as a rule they are less severe. Numbness is usually experienced at the site of the sting. If one of the appendages is stung, the member may become temporarily useless. Two cases of temporary blindness have been experienced. Some patients complain of malaise for many days following the sting. One patient developed a tachycardia lasting two weeks."

Treatment of scorpion stings

Dr. Stahnke recommends the following treatment for a person stung by one of the deadly scorpions:

Several hospitals in southern Arizona keep a supply of scorpion antivenin and, in any case, the patient should be taken to a hospital as quickly as possible. In all cases the first-aid treatment should be applied and maintained until the patient is under the care of a physician.

With adults, in case a physician is not available, the iced-water treatment usually proves sufficient. Generally, after 2 hours of iced-water use, there is no longer any danger, but should symptoms reappear, treatment should be resumed.

In cases of scorpion poisoning when antivenin is not available, the following treatment is recommended:

Where scorpions live

Scorpions normally remain in hiding during the day, coming out in search of insects at night. The deadly species are commonly found under bark on old stumps, in lumber piles, or in firewood piled in dark corners. It is not unusual to find them in basements or in linen closets. Adults may find an unpleasant surprise in a shoe or a piece of clothing taken from a closet or dresser drawer. Legs of cribs or children's beds may be placed in cans containing kerosene or in wide-mouthed jars.

Moral: Keep your garage, basement, and premises in general, clean, tidy, and free from insects on which scorpions feed. Screen children's cribs, and pull the sheets clear back before putting the youngsters to bed. Shake out your shoes before putting them on, and inspect sheets, blankets, or clothing which have been in closets or drawers.

Black widow spider

Although spiders in general produce venom with which to paralyze their prey, only a very few have fangs of sufficient length or power to penetrate human skin, or venom of sufficient quantity or potency to affect human health.

There are two poisons present in spider venom: a toxin which cause local symptoms, and a toxalbumin producing general symptoms. In those spiders whose bites produce systematic disturbances it is believed that the latter poison predominates.

Where black widows live

Black widows spin their webs in crevices between rocks, under logs or overhanging banks, in abandoned rodent holes, and in rock and wood piles. Indoors they are most frequently encountered in dark corners of garages, basements, and stables.

A favorite and especially dangerous location in which a black widow establishes her home is beneath the seat of a pit toilet. Such a location is ideal for the spider because it is dark, is not usually disturbed, and insects, especially flies, upon which the spiders feed, are abundant. Humans using the toilet, unaware of the presence of the spider, arouse her by breaking or agitating her web, and offer especially tender and susceptible portions of their anatomies for her bite.

Pit toilets in warm climates should always be built with hinged seats which should be raised and inspected frequently. As a further precaution, the underside of the seats should be treated with creosote, an effective repellent.

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