PPT-Ethical approval of research using aquatic animals

Past present and future the Journal will not publish studies that might cause unnecessary avoidable or insufficiently justified adverse effects or lasting harm to a sentient animal . 75 Use of algae and aquatic macrophytes as feed in small-scale aquaculture – A review 6.3 PProduction or cultivation techniques have not been developed for most of the submerged macrophytes, pr October 2014 – February 2015. Lois Neal. FMS Research & Innovation Office. Do I need ethical approval to do this?. ?. You already have:. … a clearly defined research question. and a route to getting an answer. Chelsea Vick, Patrina Bly, Michael Jefferson Mentors: Elizabeth Brinker & Dr. Benjamin Branch. Undergraduate Research Experience GIS Team . 2009-2010 Elizabeth . City State . University, 1704 . The Aquatic Biome. 3 Basic Areas:. Freshwater. (rivers, lakes). Brackish. Water (estuaries, wetlands). Marine. (oceans, coral reefs). How do ecologist classify?. Salinity. Depth . Whether the water is . First Term of year 1432-1433. Nuha. AL-. Abdulhadi. . Dr.promy. . lab 5. Macrophytes. Macrophytes. : the aquatic macroscopic plants confine themselves to the shallow zone of water.. A . macrophyte. PROBLEMS. Viral hemorrhagic septicemia (VHS). Don’t Pick Up Aquatic Hitchhikers in Voyageurs. Problems: impacts to water; impacts to . wildlife. Management Strategies: reduce the impact of . use. Management Practices: rules and regulations; law enforcement; information/education. What direction does the City want to go to address the aging pools it currently owns and operates?. Main Question:. Summary/Background of issue. Current Pools and condition. Other Pools/Aquatics . Options. Terminology. Diagram on page 54. Glossary on pages . 179-185. Compound eye. Antenna. Labrum. Wing pads. Femur. Tibia. Metanotum. Gills. Cercus. Mesonotum. Pronotum. Tarsus. Claw. Abdomen. Ward et al.’s . "flies“. Almost 120,000 spp. worldwide. 51,197 spp. worldwide are aquatic or . semiaquatic. 17,000 spp. in 2,222 . genn. . in 108 . famm. . in North America. 6,081 spp. in 495 . genn. . in 30 . famm. Insecta. 26-32 orders – depending upon classification scheme. found on every continent except...maybe Antarctica. Collembola. recently found in subterranean lakes in Antarctica. 10 orders with aquatic representatives. Aquatic ecosystems are primarily determined by the ecosystem’s . salinity. . Salinity refers to the dissolved salt content of the water.. Aquatic ecosystems are divided into freshwater and marine ecosystems.. Section 3: . Aquatic Ecosystems. K. What I Know. W. What I Want to Find Out. L. What I Learned. Essential Questions. What are the major abiotic factors that determine the aquatic ecosystems?. What are transitional aquatic ecosystems and why are they important?. methylation. . . Methylation. is how mercury changes into organic forms and this happens under water.. Introduction. The information our group researched is important because it tells us whether terrestrial or aquatic organisms have more mercury. Mercury can also kill many people. According to the EPA, mercury can be found in air, water and soil. Mercury is everywhere and it gets there by emissions from vehicles and emissions from factories, but the main ways are through . Dr. Haider Raheem Mohammad. Research ethics and clinical trials . in therapeutic . research. All medicines employed in pharmacy are subjected to two linked phases of activity: discovery and validation. Some botanical species like the opium poppy were discovered by chance to have medicinal value some 2000 or more years ago and validated by simple trial and error. The vast majority of the more potent and selective drugs used in the UK today have been subjected to systematic processes of discovery, evaluation, testing and approval. Since the introduction of voluntary assessment by the Committee on Safety of Drugs in the UK in 1964, formal regulatory approval of all medicines has become rigorous and mandatory..