Insects rely on chemistry to survive. Ants use pheromones to communicate, fireflies have complex chemical reactions in their bodies to achieve bioluminescence, bees use chemistry in making their honey - their food source, and their wax. The bombardier beetle creates a scalding hot liquid to attack and defend itself, and the insects in the embioptera order spin silk to create large common nests. Insects are always using chemistry to survive.
Supersocieties could not function without communication. Ants use pheromones for communication. The pheromones are produced in exocrine glands in the ant’s body. The incredible diversity of these organic compounds gives the ants a language. They use pheromones to recruit other ants to food sources, lead the way to new nest sites during emigration, aggregate, attract mates for reproduction, and for showing dominance over territories (Roberta 1).
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It is most famous for it’s abdomen, from which it can the shoot scalding hot liquid, benzoquinone. It uses it to attack and defend itself. They create the chemical as soon as they realize they need it. It is made in their abdomen by mixing together two chemicals, the reaction releases lots of energy, which in turn heats up the fluid almost to the boiling point. Then they can fire it in jets at whatever they want (Chandler 1). The web-spinning insects of the embioptera order are ones that live in common homes with each other. These common homes are extremely intricate. Embiopterans produce silk with the basitarsomeres (web-spinning apparatuses) of their forelegs. It plays a crucial role in the lives of these insects. It provides protection and shelter (Büsse… 1). Silk is the ultimate biological material because it has a wide variety of uses and isn’t hard to make. All of these enormously diverse insects use chemistry in their own unique way. It has allowed insects to become incredibly powerful manipulators of their
The Boll Weevil is a beetle. A drought is when an area has no rainfall for a long period of time. The Boll Weevil feeds on flowers and lay eggs in the flower buds of cotton. The Boll Weevil came from Mexico to Georgia to destroy the cotton plantation in the 1890s. A Drought came in Georgia and caused destruction on the crops also. Since the crops and cotton were destroyed, farmers could not pay people to pick them. So, many people lost jobs, and banks that loaned money to farms took huge L’s. Also, most working farms fell. The Boll Weevil and the Drought destroyed Georgia’s farms and its crops, including cotton. Since the cotton was gone, the Boll Weevil
Question: Worlds within texts often prompt us to question the worlds outside texts. Write an essay in response to this statement with reference to at least one short story you have studied.
-Arthropods use pheromones, this includes sowbugs and cockroaches. Chemical signals are picked up by antennae.
In this experiment, we tested three different environments, soil, sand, and a leafy mixture to see which one a pill bug would prefer the most. Originally, we believed that the pill bug would find the leafy substance to be most favorable. Five pill bugs and then a single pill bug was placed in the center so that it could select one of the substrates. The data collected at the end of the experiment opposed our original hypothesis as we discovered that the most favored environment was the soil. This finding could correlate with the dark color of the soil closely matching the color of the pill bug or the moisture in the soil.
This experiment was constructed to determine which type of writing utensil the termites were most attracted to and why. The experiment was performed by placing two separate circles (one red papermate and one lead pencil) on a piece of paper to see what line is favored by the termite. The termite was placed on the lead pencil path first, and then on the red papermate pen path to count how many seconds the termite remained on or followed the pathway. The termite stayed on the red papermate line for a much more significant time than on the lead pencil line. “The presence of insect pheromones that chemically control the behavior of highly specialized social insect
The small little insect, that some may swat away at, works tirelessly around us to pollinate and present the possibility of further human development on earth.
The goal of our experiment was to determine the type of environment that pill bugs prefer. During the experiment, the pill bugs went through three trials. The pill bugs were placed in different environments, such as cold environment (ice), normal environment (room temperature), and hot environment (heat) and their behavior was observed. In the first trial, all the four pill bugs were moving in ice, room temperature, and hot environment. The average turning of bugs was 2.5 turning in ice, 4 turning in room temperature, and 3 turning in the heat. The average round made by bugs was 1.5 round in ice, 1 round in room temperature, and .5 round in heat. In the second trial, all four bugs were moving in ice, room temperature, and heat. The average turning was 1 turning in ice, 2 turning in
As supported by the data, we can conclude that the pill bugs were able to individually adapt to the environment that best suited each of them. Some preferred the wet soil and others liked the dry, but overall it is all about survival. Animal behavior is centered around the theme of natural selection and survival of the fittest, because an animal’s main goal is to survive and reproduce. The ability for pill bugs to adapt to new environments benefits their survival skills and increases their chance of reproduction. Eventually their increase in survival skills will result in the evolutionary growth of pill bugs, who will become stronger and less
In this lab, the class discovered the effects of different substrates and stimuli on red flour beetles. Red flour beetles eat flour and other grains and the female beetle deposits her eggs on flour, cereal, dry pet food, or other similar products. The larvae hatch and then begin to eat the material around them. In the article “Patch exploitation by Tribolium castaneum: Movement patterns, distribution, and oviposition”, it says that most of the activity from red flour beetles is spent in food sources (Campbell and Hagstrum). There are many factors that affect the red flour beetles ability to survive or reproduce, like temperature, food source, stress, and genetics (Biology 159). In “Humidity Reactions of Tribolium Castaneum (Herbst)”, it states that red flour beetles are attracted to different substrates due to their nutritional levels and moisture level of the substrate (Willis and Roth).
Termites are small insects. They are very social animals. They have three basic groups in their society. Like any other animal communication is very important to termites. Termites use chemicals known as pheromones for communicating. The solvents in the ink of Papermate and Bic ballpoint pens have been discovered to be similar to the pheromones termites use for communication. The purpose for doing this lab is to have a better understanding of termites and communication.
The bombardiers beetle is a small insect that uses a unique form self-defense involving chemical reactions. The beginning of this reaction is in the secretory lobes which produce a highly concentrated mixture of hydrogen peroxide and hydroquinone that is sent to the collecting vesicle. Now, the reaction between hydrogen peroxide and hydroquinone goes like this: the hydrogen peroxide decomposed into water and oxygen; when the oxygen mixes with hydroquinone it produces more water and quinone, a chemical that generates heat up to boiling. Quinone is the goal of the entire chemical reaction, for quinone is the chemical used by the beetle when threatened. However, this possess is not instant and develops over a significant amount of time. This is
In 1993 Volkswagen had record low sales but by the end of 1997 the VW brand had sold 137,885 cars. That was an increase of 178% from it’s 1993 slump. It is safe to say that the the ’94 relaunch of VW on the American Market was a success. The “Drivers Wanted” campaign, developed by Arnold Communications, I believe was successful as a result of excellent market research and positioning.
God perfectly designed every animal to be fully capable to live their lives just how the need to. Each animal is way too complex to evolved into another form. To proof this, I will show you some amazing animals that God has created. The European Green Woodpecker's tongue comes from the back of the throat, travels from the back of its head, through its nostril, and out of its mouth. Clearly that is way too complex to be evolved, and evolutionist have no idea how because no other animal has that type of tongue. The Bombardier Beetle manufactures chemicals that makes a explosion to protect itself. There's no way that this bug could evolve, it needs all of its parts their all at once or you don't have the animal. God created this bug was created
Recent studies, most notably Gbaye et al. (2011, 2012), have investigated the sensitivity of bean beetles in the genus Callosobruchus to organophosphate insecticides (OPs). Economically this is important work given that these beetles are pests that threaten agricultural yields of legumes. OPs work by inhibiting the enzyme acetylcholinerase (AChE) in the beetles. Without this enzyme, the neurotransmitter acetylcholine can't be broken down and its overflow leads to the eventual death of the beetle. Results obtained by
Other services nature provides are more easily taken for granted. We depend on plant life to replenish the oxygen in the atmosphere, and on insects to replace nutrients in the soil. (31) These insects are especially vital, as they are part of the foundation of nearly all ecosystems. Without insects, plant species that rely on them for pollination would quickly become extinct, including many of the species we rely on for food. Following them would be species that feed on insects, as well as species which rely on vegetation as part of their habitats. Finally, as insects make the prime contribution to soil renewal, even non-insect pollinated plant life would begin to decline. (34) The result, according to Wilson, would