Essay about Organic Markets

Essay about Organic Markets Essay about Organic Markets The organic industry is a complex market. With the international marketplace moving towards a sustainable agriculture system, governments and businesses alike are looking for practical alternatives for agriculture. The organic industry is seen as the market of tomorrow but for this image to become a reality the organic industry needs to maintain its growth patterns, the market has grown 140 % since 2003 (Petrecca, Howard, and Horovitz 1). The growth mandate assumed by officials and leaders in this commerce is a tall order in these economic times when organic agriculture only makes up 2% of developed countries food sales (Grega and Reheber 471). Research by economists, farmers, geologists, and officials is evolving because the market is still fairly new and proof through historic patterns is not possible. Eleven diverse professionals have researched the organic market and published their findings. Analysis by these professionals explain the current market demand, the older organic mar kets (still relatively new compared to other markets), and the changes in exit and entry of business produce the same catalyst, the consumer. The why, who, and what of the industry lies upon the consumer. Why consumers purchase organic products over synthetic products is answered with the claim of organic food being healthier. Traditional farms use chemicals and genetically altered seeds to help their produce grow faster and for pest management. All eleven sources have connected health and ecological ethics as the strongest driver for consumers to purchase organic food. Jeffrey Smith, a leading opponent of synthetic foods, strongly proposes through scientific research that genetically altered foods can create health problems like immune system deficiencies, tumors, and other diseases (322-323). Dr. Erkan Rehber of the Department of Agricultural Economics at Uludag University and Dr. Libor Grega of the Business, and Economics Department at Mendel University of Agriculture and Forestry sight ethical reasons for purchases of organic products like greenhouse gas emissions, climate changes, saturation of resources, pollution, a nd â€Å"loss of bio-diversity† (470). Experts in the field as Betsy Cummings and Todd Wasserman, writers for the magazine Brandweek, depict the organic consumer as a green, nature loving, environmentally-friendly person. These reasons for supporting the organic industry are firm beliefs, these principles for consumption has created a strong, loyal consumer base. The market will report 7.2 billion in sales for the last year this success during a slow economic time according to the research of writers on the U.S. economy for USA Today Laura Petrecca, Theresa Howard, and Bruce Horovitz (1). The stable growth in sales is claimed by many in the industry to be centered around the on the consumer base. Wasserman states that brands that â€Å"aim for organic-minded consumer† have been more successful because they resonate with the ethical base (1). Cummings argues the consumer base fully integrates their life with organic products due to their morals, and therefore is willing to pay more for products and is loyal to companies that share their values. The consumer base is strong but all experts believe the organic market can expand past the niche state of mind. Karen Klonsky and D. Martin Smith layout that loyal ethic-driven consumers makes the organic market a growing niche, but to become a sustainable option of agriculture for governments, i t will need to reach more types of consumers with in the article â€Å"Entry and Exit in California’s Organic Farming Sector.† They explain the market has grown over 100% since the 1990’s but is still less than 5% of the produce market (139-40). 95% of the agriculture is not supported by organic farming showing large opportunity of growth for the future in untapped consumers. All experts in the field of organics make links between consumer demand with the future of the industry, understanding the current

ACT Science Reasoning Test Information

ACT Science Reasoning Test Information    ACT Science Reasoning. It sounds scary, right? Combining reasoning and science all in one lengthy ACT test section? What sort of monster decided to come up with a test like that? Before you run screaming for the nearest bridge, consider reading the following explanation about what you are really going to encounter on the ACT Science Reasoning section. And yes, it is more conquerable than you can imagine. And before you read the ACT Science Tricks that can help you get the score you want, you should know whats  on  the test first. So keep reading! ACT Science Reasoning Basics If you have read ACT 101, then you already know the following information. But just in case you havent had a chance to take a peek, here are the basics about the science (and often most feared) section of the ACT: 40 multiple-choice questionsYoull read either six or seven passages35 minutes to answer all 40 questionsCan earn you between 1 and 36 points on the overall score (the average is about a 20)Youll also get three scores based on the reporting categories below, which are listed as percentages correct.   ACT Science Reasoning Reporting Categories/Skills ​The ACT wants to provide colleges with information related to the  types  of content in which you shine, so on your score report, youll see the following categories with the number of questions asked in that category along with the percent correct you earned on each type.    Interpretation of Data (approximately 18 - 22 questions): Manipulate and analyze data presented in graphs, tables and diagrams. For instance, youll need to be able to do things like recognize trends, translate table data to graphic data, reason mathematically, interpolate and extrapolate.   Scientific Investigation (approximately 8 - 12 questions): Understand experimental tools and design like identifying variables and controls, and compare, extend and change experiments to make predictions.   Evalutation of Models, Inferences, and Experimental Results (approximately 10 - 14 questions): Judge the validity of a scientific information, make conclusions and predictions like figuring out which scientific explanation is best supported by new findings, etc.  Ã‚   ACT Science Reasoning Content Before you get all worried, dont sweat it! You do not have to have some sort of advanced degree in any of the areas listed below in order to score well on this exam. Not all of this content will be tested. The ACT test-makers will merely pull passages from the following areas. Plus, the test is about scientific reasoning, so even if you don’t remember a few content details, you will still probably be able to figure out the answers to many of the questions in these fields. None require rote memorization. All require that you use your brain and logical reasoning to figure out the questions in the following fields: Biology: biology, botany, zoology, microbiology, ecology, genetics, and evolution Chemistry: atomic theory, inorganic chemical reactions, chemical bonding, reaction rates, solutions, equilibriums, gas laws, electrochemistry, organic chemistry, biochemistry, and properties and states of matter Physics: mechanics, energy, thermodynamics, electromagnetism, fluids, solids, and light waves Earth/Space Sciences: geology, meteorology, oceanography, astronomy, and environmental sciences ACT Science Reasoning Passages All the questions on the Science Reasoning Test will contain some data given to you in graphs, charts, tables or paragraphs, along with an explanation of what to do with the data. The questions are broken down into 6 or 7 different passages with approximately 5 - 7 questions each: Approximately 3 Data Representation passages with ~4 -  5 questions each: Tests knowledge of graphs, scatterplots, and interpretation of info in tables, diagrams, and figures. Approximately 3  Research Summaries passages with  ~6   -  8  questions each: Tests your ability to interpret results from given experiments. 1 Conflicting Viewpoints passage with ~6 - 8  questions: Gives you two or three different viewpoints on some sort of observable phenomenon and asks you to understand differences and similarities in the hypotheses. ACT Scores and the Science Reasoning Section Obviously, you want this score to be fantastic, so your overall ACT score will be, too. Here are some helpful hints to get your closer to that 36 and farther away from that 0. Read the questions before you read the charts in Data Representation. The Data Representation sections contain very little actual writing. So, before you slog through the charts, read the questions first. In many cases, youll be able to answer the questions by just looking at one chart exclusively. Mark up the text. Physically underline, cross-out, and circle things that stand out to you as you read. Some of the text is going to be pretty heavy, so you’ll want to dissect it as you go to make the most sense of it. Paraphrase the questions. Before you read the answers, put those questions into words you would use if you can’t understand what they’re asking. Cover the answers. Keep your hand over the answers while you read the question. Then, make a wild stab at answering before you uncover your choices. You may just find a paraphrase of your own answer in one of the choices, and odds are, it’s the right choice. There it is – the ACT Science Reasoning section in brief. Good luck! More strategies to improve your ACT score!