Relationship Between Termites And Intestinal Flagellates

Commensalism is when one species can benefit from a relationship and not hurt the other. There are four different main types; chemical, inquilinism, metabiosis and phoresy. Chemical commensalism is most often observed between bacteria. It involves the species of one bacteria feeding on the chemicals produced or the waste products of the other bacteria. Inquilinism involves one species using the body of another organism as a platform or living space while the host does not benefit or is harmed. Metabiosis occurs when one species unintentionally creates a home for another species through one of its normal life activities. A phoresy takes place when one organism attaches to another organism specifically for the purpose of gaining transportation. An example of commensalism (inquilinism) is barnacles and whales. Barnacles are non-moving and they rely on currents to bring them food. Some barnacles attach themselves to whales in order to help them live. They can benefit as they are then transported over the ocean which exposes them to more feeding oppurtunities. The whale neither benefits or is harmed by the barnacles.

If you have a log home, you are most likely aware that it is more susceptible to termite damage. A small hole could cause major problems with rot within a log, which is not good for the exterior of your home. That’s why you must know how to identify problems with small holes caused by termites, as well as how to patch them before they end up being a major problem.

According to Margulis, the pre-eukaryotic cell engulfed an aerobic bacterium, but rather than digest and kill the bacterium, a symbiotic relationship was born. This relationship, the aerobic bacterium provided energy through ATP and the eukaryotic cell provided an environment to live while protecting the new symbiont from harm in environmental factors such as oxygen. Because almost all living eukaryotes have a mitochondria, it is safe to assume that this event happened before plants and animals split in the evolutionary lineage.After this first evolutionary leap came a

Two circles were drawn directly across from each other on plain white paper. One was drawn with a black Sharpie marker, and the other was drawn with a black ballpoint pen. Three separate termites were dropped directly in the middle of the two circles, and their reactions were recorded for sixty seconds. This was repeated once for each termite.

There are three forms of symbiotic relationships namely mutualism, commensalism and parasitism. The partners in a symbiotic relationship may either benefit from, be unaffected by, or be harmed by the kind of relationship that exists between them, (Berg 2007). Mutualism is a symbiotic relationship in which both the partners benefit from the relationship, (Berg 2007). Commensalism is a symbiotic relationship whereby one party benefits while the other party is neither harmed nor benefits, (Berg 2007). Parasitism is a symbiotic relationship in which one party benefits while the other is harmed, (Berg 2007).

In this lab, we examined protist survival in different communities. An biological community is a community where two or more species coexist in

The purpose of this study is to identify four unknown organisms. The unknown organisms have been assigned randomly to six-research groups by Professor Hoffman. Each research group was provided two eukaryotes and two prokaryotes. The unknown organisms will fall into the following classifications: bacteria, algae, fungi, or protozoans. All living organisms are organized into one of three domains of life, Bacteria, Archaea, and Eukarya.

The objective of the termite lab was to determine if termites had the ability to see. In order to come to a consensus, we placed the termites onto a white sheet of paper and observed them for approximately five minutes. The termites simply roamed around and when they got off the paper, we used a paint brush to gently push them back. Afterwards, we drew a circle with black ink and noticed that they followed the trail and walked in circles. We observed them for quite a bit of time and saw that if they happen to run into each other or went slightly off track, they continued to walked circles again. At this point in time, we could conclude that they were able to sense the black ink but we weren’t sure if they had vision.

After completing the lab The Effect Colors of Pen have on Termites Behavior it could be identified that termites like black pens the most and prefer to follow an ink line. In both trials the termites seemed to avoid the squares for the most part, but when they got near one they would walk around the outside of the square. Out of all the colors it was evident black was the preffered color because they spend 11 seconds inside that square 2 seconds in the blue, and 3 seconds in the red. While this seems like a short period of time considering each trial was 2 minutes long the termites spend a good majority of that time near the black square which we did not put into our data table.

In the event that you have a ton of wooden furniture in your home, or your dividers or rooftop are wooden, odds are you have had at least one run ins with termites, they are the most despicable aspect of numerous property holders. They devour wood and after that abandon it disintegrating around your ears. Luckily there are a few diverse ways you can dispose of these abhorrent little bugs.

We, as a whole class consisting of groups, performed various experiments to observe the termites and their behavior toward different shapes and different colors of ink (black papermate pen, red papermate pen), sharpie (black, red) or pencil. Most of our presentations claimed that termites had behavior on shapes with different colors of papermate pen. So, we came up with a conclusion that illustrated the termites were fascinated to shapes drawn with different colors of papermate pen. In this experiment, we were testing to see if the termites are more attracted to shapes drawn with black papermate pen or to shapes drawn with red papermate pen.

What is the most destructive wood-eating insect in Florida? TERMITES! Damages from these pests cause Floridians millions of dollars every year! Chances are that if you haven’t encountered them yet, you will. Floridians favorite housing materials consist mainly of stucco, brick and/or wood siding…all built upon a wooden frame. Wood and wood products are the termite’s main food source! These wooden structures provide hiding places where termites can tunnel … all the while eating away the inside beams and timbers of your home! These hungry termites can cause tremendous damage even when no damage can be seen on the outside. Termites feed slowly and it is important for homeowners to be able to recognize the typical signs of termite infestations.

The theory of Endosymbiosis originated in the early 1900s by the Russian botanist, Konstantin Mereschkowski.1 The Endosymbiont theory states that organelles of eukaryotic cells came from prokaryotic cells that had been swallowed by them and survived by developing a symbiotic relationship, two different entities working together to benefit each other, by living inside the larger cell. Scientists have conducted extensive research and believe that mitochondria, chloroplasts, flagella, and microtubules have all originated from prokaryotes derived from the theory of Endosymbiosis. Many examples of endosymbiotes can be seen all throughout the world. The most common can be seen as unique bacteria living inside the digestive system of many different

Termites need wood to survive, so they choose to live in places where they find plenty of the fibrous material. As is the case with the water they consume, termites will gladly consume wood from a wide variety of sources, including loose firewood, overgrown shrubs, rotting trees, old tree stumps, and mulch.

Eukaryotes come in two grades of organization: single-celled (protists) and multicellular (plants, animals, and fungi). The world today is full of complex multicellular plants and animals: how, why, and when did they evolve from protists?