...DATA TABLE: ECOLOGY LESSON 1 Lesson 1: Step 1 | Plant A | Plant B | Prediction: starting population | Both plants’ populations will start at equivalent numbers. | Prediction: ending population | Both plant’s will reach equilibrium at the same time, unless one is dominant. Then the dominant plant’s ending population will optimize, while the other plant will die out. | | Starting population | 6,000 | 3,500 | Ending population | 10,000 | 0 | Lesson 1:Step 2 | Plant A | Plant B | Herbivore A | Prediction: starting population | Will continue to prosper, but it’s ending population will be lower than that in step 1. | Will have more of a chance of surviving for a longer period of time. | Will grow with plant A | Prediction: ending population | Lower than that in part 1 | Higher than in part 1. Higher than plant A. | Will grow as plant A decreases. | Starting population | 5,256 | 3,700 | 1,312 | Ending population | 3,335 | 4,998 | 2,055 | Responses to questions | Step 1 1. What assumptions does this model make about co-dominance as well as the general terrain of the ecosystem? That the more dominant species will prosper the most due to competition. The terrain’s conditions are suitable for only one plant to prosper. 2. Do you find one producer to be dominant? Why might one producer be dominant over another?Yes. Plant A was dominant. I think the reason is that Plant A was most suited for the terrain.Step 2 1. Does adding the herbivore establish...
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...animals and plants that live in the base or live on the sediment. Benthos may be affixed to or move freely (2). Based on the observations, the abundance of benthos in substations is 1 876 IND/m², on subsatsiun 2 is 219 ind/m² and at substations there are 3 657 IND/m². Abundance of benthos in the substations 1 with a total of 876 ind/m². This is due to the level of brightness at substations 1 is higher than with other subsatsiun. The higher the the brightness of a water, then the production is going to be increasingly height. As a result, there was an abundance of organisms (4). Nekton and Neuston Nekton are animals that live in water, actively swim and move with their own accord (2). On substations 1 obtained one tail water fleas (Dytiscidae) and a fish that is still small but successfully identified, i.e. fish betutu (Oxyleotris marmorata). On substations 2 obtained a fish tail betutu (Oxyleotris marmorata), and at substations 3 also brings a tail fish betutu (Oxyleotris marmorata). Neuston is the organisms that float or swim on the surface the water or resting on the surface of the water, that movement is not affected by the movement of the flow (2). In the neuston sampling, we do not find these organisms, so not done testing in the laboratory. Aquatic Plants Aquatic plants are plants that live in the vicinity of water and in the water. Aquatic plants have a function as a manufacturer producing energy. Aquatic plants can be grouped into plants, terrestrial plants, emerged...
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...GMBG Case Study Summary/Analysis: The GMBG case study looks at the “Blue Macaw” Gravatai Plant in Brazil. This plant has revolutionized the auto industry in Brazil by becoming the first plant to sell cars directly from the customer. The plant uses an online ordering system to facilitate sales directly to consumers at a lower cost than before. The plant utilizes a make to order system and has all of its suppliers housed at the GMBG plant working together to produce the vehicles. The case study highlights the history of the Brazilian automotive industry, the GMBG plant itself, the production strategy/manufacturing process as well as the distribution strategy of this revolutionary and profitable division of GM South America. I thought that this was a very interesting and informative case study. I personally love the idea that is used at the GMBG plant in Brazil. The system works perfectly for the type of environment GM is selling their car and for the customer they are selling to. This system has a very significant impact on the supply chain. Not only does the customers ability to order directly from the customer affect the broad supply chain between the focal company and its suppliers, but also this system creates a unique internal supply chain at the manufacturing site itself. From a broad prospective, it has eliminated some of the points along the customer side of the supply chain. GMBG CASE STUDY 1. Having suppliers at the GMBG facility allows GM to improve their production...
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...Barcelona Plant. The SONY Head Quarters would put Barcelona Plant as a pilot, and extend the experiences to the three European Plants even the global market. This paper will analyze the business situation in Europe and the problems in Ideal Factory as well as analyze the benefits and risks on continuing with the European STAR Project or defining an independent strategy. Situation summary STAR launched in mid 1997 in order to standardize the production and procurement processes, and apply information system in three SONY plants in Europe, however, the progress and results of the project was disappointing. Also, the Ideal Factory, which is with the initial arm of improving efficiencies and coordination among three plants in Europe, presented many problems and questioned by staff such as some plant managers. Therefore, Ferran Gil, the Plant General Director, affirmed that Barcelona Plant needed to define a new Plant model due to competitors' fast growth meant shorter production lifecycles and greater pressure in profit margins. There also have some different views on this issues. Some problems of implementing STAR Project 1. Cost. Because the project was centralized in London, the transportation cost would be high when project members had to attend the monthly meeting. Also, due to high consumption in Europe, three plants may be too much for this area. 2. Satisfaction. Each plant has their own situation, thus it is hard to satisfy different needs among three plants. 3. Problems...
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... The Detroit plant of the Heavy Equipment Division is the central source of concern in the operations of the Automotive Supplier Group, primarily because of the following reasons :- * The plant has been producing only a residue of low-volume products. * Product variety has been incredibly high with two lines of products with their own families and models. * Although visibility is low in the company as a whole, the Detroit plant has a higher visibility due to the existence of the servicing facility for the company’s three product lines and the potential visits of customers who came to the head office which was situated in Detroit. The usual implications of the above combination are high job repetition, less systemization and high unit costs. The main reason for low profits out of the products in Detroit is a high total overhead burden rate (highest among all the plants in the group). On top of that, the development of the layout of the plant has been completely unplanned and haphazard, leading to deficiencies in the electrical system, water and fire sprinkler systems, and more importantly, storage and machine layouts. Continued production with high overburden costs would only lead to very low investment on the plant (as investment on a plant is currently dependant on the plant’s return on assets) and in turn, poor motivation levels and performances of the employees in the plant. Recommendations – With 60%...
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...Have you heard the term cannabis? Of course, you must have heard cannabis as the source of drugs and weed. The cannabis plant is the hub for the production of drugs. Cannabis plant is first steamed and further distillation of the flowers and upper leaves gives us cannabis essential oil. Cannabis and hemp are the plants that are used as herbs in various parts of the world. But the term cannabis oil is very vital to all mankind. Cannabis essential oil is very volatile oil and little amounts of oil are used in various aspects of life. It has many uses like as aromatherapy oils or the treatment of cancer. But due to the rampant use of the cannabis plant as drugs, it is limited to certain regions like France and Europe. Import export of this product...
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...two different ecosystems by collecting qualitative and quantitative data about the biotic and abiotic factors that exist in them. The two ecosystems in which the biodiversity will be assessed are the DCVI soccer field and Sparling Bush. The independent variables that will be examined are temperature, moisture, amount of light, and soil. The dependent variable in this inquiry is the level of biodiversity. Hypothesis (What do you think will happen?) Temperature I hypothesize that it will be warmer at Sparling Bush because creatures, plants, cells, etc, are able to grow and live in a warmer climate much more easily. The temperature will be warmer at Sparling Bush because there will be many trees around creating a higher density which will help keep the heat in better. Wind will be able to pass through the soccer field much more easily compared to Sparling Bush therefore the soccer field will not be able to maintain the heat. For example, plants have a tougher time trying to grow in colder conditions making it harder for the organism to survive. This means that the living organisms at Sparling Bush should have a greater level of biodiversity compared to an open soccer field because trees protect the biotic and abiotic organisms. Moisture / Humidity I hypothesize that the humidity level at Sparling Bush will be higher compared to the soccer field. I believe this because, if the morning dew soaks up into the air, then the humidity level will stay high because the trees at Sparling...
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...the amount of sugar increase. Fruits contain fructose, certain acids, vitamins, starch, proteins and cellulose. Fruits that are sweet are, watermelon, guavas, and apples. The fruits that are sour are, lemon, raw mango, and limes. How does the ripening of a fruit affect the process of seed dispersal? Fruit development and ripening are very unique to plants. They represent an important component of human and animal’s diets. Analyses of fruit –ripening mutants and ripening –related gene expression suggest higher levels of a development that remains to be defined. A fruit not only protects the seeds inside it, but also may aid in dispersing those seeds away from the parent plant. The dispersal of seeds is important because it reduces competition for sunlight, soil, and water between the parent plants. The role of sunlight signaling in fruit carotenoid may be examined by the way they represent a target for practical manipulation. Fruit pigmentation and nutrients may change over a period of time. A fruit provides protection and aids in seed dispersal, the 2 Anthophyta division contains all species of plants. Some fruits may have the structural adaptations that help disperse the seed by wind or water. How do humans interfere in this...
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...feed industry. This industry, TFI are facing a few difficulties in operational and human resource management. Which later on will be further discussed and elaborated. One obstacle the company’s facing is balancing the plant’s production load, due to the plant producing different feeds which takes time and to set up and change over feeds for different animal and variants. Another issue is the shortage supply of quality raw materials and reliability of the adequate quality of raw materials. Orders of raw materials in bulk isn’t really advisable for that the animal feeds have a limited shelf life. Lastly is the need to pre-empt the entry of a disruptive labor organization into the company. Although resolving this issue will be costly and grim, the company has a few opportunities to even out this concern. And they are: customers are loyal and they do not like to switch from one brand to another for the sme batch of animal feeds, the company demands for goods are always high, the companies distribution chain is high and strong within the region, livestock farmers do not like to switch from one brand to another for the same batch of animals. TFI Inc. is attempting to fully comply with the orders of their clients, but due the plants limitation. Orders of Brief description of the study 1. Critical factors or forces that have most influence on the industry that generate risks-opportunities or threats 2. Prospects of the industry 3. Recommendation ...
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...PLANT EVOLUTION Plant Evolution Colette Andrews Strayer University SCI 115 Dr. David Davies November 24, 2012 Plant Evolution has been around for millions of years. In fact, plants were the first species on earth and the first to live on land (“Plant Evolution”, D. Davies, accessed 11/24/12). For 1500 million year’s photosynthetic organisms remained in the sea. This is because, in the absence of a protective ozone layer, the land was bathed in lethal levels of UV radiation. Once atmospheric oxygen levels were high enough the ozone layer formed, meaning that it was possible for living things to venture onto the land (The University of the West Indies. Department of Biological and Chemical Sciences 2003-2012). The seashore would have been enormously important in the colonization of land. In this zone algae would have been exposed to fresh water running off the land (and would have colonized the freshwater habitat before making the move to terrestrial existence). They would also be exposed to an alternating wet and desiccating environment. Adaptations to survive drying out would have had strong survival value, and it is important to note that seaweeds are poikilohydric and able to withstand periods of desiccation (The University of the West Indies. Department of Biological and Chemical Sciences 2003-2012). The earliest evidence for the appearance of land plants, in the form of fossilized spores, comes from the Ordovician period (510 - 439 million years ago),...
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...chaparral is also found around the world in Chile, South Africa, and Western and Southern Australia. The chaparral’s climate is defined by mild, wet winters and hot dry summers. Plants of the Chaparral Plants of the chaparral must survive long periods of heat, fire, and drought. Many plants of the chaparral very closely resemble plants of the desert that can also survive long periods without rain. The South African Chaparral contains many species of plants that are not located anywhere else in the world. Examples...
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...elevation the alpine Tundra has a similar climate to the Arctic Tundra. Examples of alpine tundras include: Himalayas, the Rocky Mountains, and the Alaska Range Alpines tundra occurs on mountains where trees cannot grow in high latitudes. The growing season is about 180 days per year. Mountain goats, sheer, marmots, and birds feed on low-lying plants and insects. The alpines can be cold and dry with a short growing season. Some well-known places that are considered alpine tundra are the Himalayas, the Rocky Mountains, and the Alaska Range. Some of the animals that inhabit the alpines include, mountain goats,...
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...Have you ever thought of what role lovebugs play in Florida’s environment? Love bugs are known to have an all-black body with an orange thorax. They fill up Florida’s sky with their little black bodies. Floridians and even annual travelers ask themselves “Why are they so annoying? Why are there so many? They are so destructive! How can they possibly help our environment?” As larvae, the waste products they produce help make viable soil for plants, which helps us in obtaining the oxygen. As adults, they help with the reproduction and diversity of plants. Though love bugs are pest toward the human population, they play a crucial role in our environment. Love bugs, also known as Plecia neartica or bibionid flies (Denmark, Mead, Fasulo,...
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...location in an ecosystem relative to other species Predation Predation – one animal killing and eating others to provide themselves with adequate nutrients Predation is an important relationship between animals. It provides the predator with a source of energy that allows it to exist in that certain ecosystem. Predation also limits the predator and prey relationship because if the prey did not exist the predator could not exist, and if the predator did not exist the population of the prey would be able to become overpopulated. Competition Competition – individuals of a species fighting each other for a limited amount of resources needed to survive Competition is an important interspecies interaction, because it limits the size of a population. Animals that do not have a predator do not have to worry about their population being limited by another species. However what the limit lacks in predation it makes up in competition. When individuals of a species do not have enough resources to go around they must compete with one another to obtain these resources. Only the strongest or best fitted individuals will survive and pass on their good traits while to weak animals die before they can reproduce. Parasitism Parasitism – relationship between two species where the parasite benefits and the host is weakened Parasitism is a bad interspecies interaction between organisms. Although it benefits the parasite by providing nutrients, it is...
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...['hæbitæt] – хабитат, местообитание range - [reindʒ] – ареал territory - ['teritɔri] – територия climate - ['klaimit] - климат relief - [ri'li:f] – облекчение regime - [rei'ʒi:m] – режим shade intolerant – светлолюбиви shade requiring – сенколюбиви shade tolerant - сенкоиздържливи chlorophyll - ['klarafil] – хлорофил migration - [mai'greiʃn] – миграция intensity - [in'tensiti] – интензивност diurnal - [dai'ə:nəl] – дневен nocturnal - [nɔk'tə:nl] – нощен crepuscular - [kri'pʌskjulə] – сумрачен atmosphere - ['ætməsfiə] – атмосфера pollute - [рə'lu:t] - мърся, замърсявам pollutant - [pə'lu:tənt] - замърсяващо околната среда вещество frost-resistant plants – студоустойчиви растения heat- resistant plants - топлоустойчиви растения stem - [stem] – стебло poikilotherms = exotherms – ['pɔikilɔ:θə:ms] пойкилотермни homotherms - ['hɔmɔ:θə:ms] – хомотермни heterotherms - ['heterɔ:θə:ms] – хетеротермни vertebrates - ['və:tibrəts] – гръбначни unvertebrates – безгръбначни amphibians - [æm'fibiəns] – земноводни reptiles - ['reptails] – влечуги mammals - ['mæmls] – бозайници transpiration - [trænspi'reiʃn] – транспирация hydrophyte - ['haidrofait] – хидрофит hygrophyte - ['haigrofait] –...
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