* Why do these cold blooded organisms lay on the rocks instead of stay in the cold water?…
A single celled organism, such as an Amoeba, has a short life because of the heavy work load and exposure to elements on all four of its sides. An Amoeba operates on one cell, so it is a lot of work and cannot get very big with just one cell. Any injury to the cell can result in immediate death to the fragile organism. Yet, it is still a life because it IS a cell, and grows, can split in half and make a new amoeba, responds to the environment, uses energy to grow and can also adapt to their environments by living in both soil and water. They use their body to surround food and “eat” it. Some amoebas have learned to cover themselves in grains of sand to protect their small bodies. Trees, cats, and single cell organisms all need oxygen, have cells, grow and reproduce, respond to stimuli, use energy, and adapt to environment so they are all living things.…
Why do these cold blooded organisms lay on the rocks instead of stay in the cold water?…
Things take time for things to grow. Trees, plants and even humans take years to grow and mature. Sometimes when things mature it does not get better. The Actaea Pachypoda or commonly know as White Baneberry doll’s eye definitely does not get better. This highly poisonous plant is a herbaceous perennial plant found in cool, damp environments. The plant is in the buttercup family. The Actaea Pachypoda or White BaneBerry needs a shady moist area, with rich soil and constant water flow in order for the plant to reproduce in the area. It is a springtime even though it seeds in autumn. The plant and is usually 2-3 feet in length and height.…
This surrounding presents feeding challenges because not too many organisms can live under these conditions. In order to increase their chances of survival, they have adapted in eating a multitude of different sustenance. This shows a direct effect in how ecology plays a role in their feeding behavior.…
During the earliest periods of the Grand Canyon formation where we have Tapeats sand stone, bright angel shale and muav limestone it would appear that there was a relatively shallow, warm sea. This is indicated by the presence of Trilobite fossils found in this layer which thrived in that environment. Trilobites were early animals that had exoskeletons that are usually the only part of them that is preserved in the fossil record. They were marine bottom feeders who thrived in warm nutrient rich waters.…
When humans die it’s not because a special gene turns on that shouts: “YOUR TIME IS UP!” Rather, little things start breaking all over, cells stop dividing and those that do accumulate mutations, this is why getting older is often accompanied by all sorts of biological issues. The truth is, accumulating mutations and cell gunk isn’t something special about aging people, even clone lines of E. coli bacteria accumulate harmful cellular products over time [4]. This is just the cost of being alive. So does the “immortal jellyfish” Turritopsis dohrnii really last forever, even with all this gunk slowly working its way into its cells and…
The organisms used in this lab come from the phylum Arthropoda, the same phylum as spiders, insects, and crustaceans, the class Malacostraca, and genus Isopoda. The basic anatomy of Isopods consists of a head, thorax, and abdomen. The have 2 pairs of antennae, one of which can be clearly seen with the naked eye. They have simple eyes and 7 pairs of legs as well as 7 segments in their abdomen. Isopods eat decaying plants and animals in addition to some living plants. Because they breathe using gills, they must live in areas of high humidity. The purpose of this experiment was to determine whether Isopods prefer an acidic, basic, or neutral environment. Because they need water (pH of 7) to survive, we predicted that the Isopods, if given…
Example: Extremophiles. Applies to theory which Archaea appear from outside of Earth, due to their extreme environmental resistance capabilities.…
An extreme environment is an environment where humans could not live without technological assistance. Organisms that live in these environments possess special adaptations that enable them to survive the extreme conditions of their environment.1 An extreme environment can be characterized by conditions that are far outside the boundaries in which humans dwell comfortably, in these categories: pH levels, pressure, temperature, salinity, radiation, desiccation, and oxygen level. An organism that thrives in an extreme environment is called an extremophile. An extreme environment is one that does not meet the basic needs of human life.…
Imagine a harsh winter with winds roaring outside and the shutters banging fiercely against the side of the house. Now imagine walking along a dessert as the sun beats down from above, and the glare from the sand is almost unbearable. Humans have adapted to these types of environments through technology and simplicities. Yet a microorganism calls places like these “home”. These microbes are called extremophiles, prospering in extreme environments where humans can’t. Barren or poisonous environments that other organisms would perish in tend to be the extremophile’s hot spots (Rothschild, 2001). They reach their full potential within these environments. Without these environments, lifecycles like reproduction wouldn’t take place at all. Extremophiles are wide spread and well diverse microorganisms. Lactobacillus acidophilus is only one of the many microorganisms that exist under conditions inadaptable to other life forms.…
Turritopsis nutricula is a kind of jellyfish that is known today as the only “immortal species” in the world. This organism is very lucky to be gifted with such characteristic of reversing its life cycle. It has actually escaped the shackles of biological death. They may be small in size but they are terribly increasing in number due to…
‘Desiccation tolerance’ is the factor that is most likely to explain the distribution of the species and will be the factor that will be investigated.…
The purpose of this proposal is to find if areas in and around deep-sea hydro-thermic vents contain new forms of life. Finding new life forms would lead to additional research of how organisms can survive in extreme conditions with variable pressure and temperature.…
Organisms play an important role in food chains that begin with microscopic plants and animals. Other organisms can live in water that is slightly polluted, although some organisms can only survive in unpolluted water that has lots of oxygen. Scientists can…