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The role of the current in trajectory movements is significant, particularly in species such as the leatherback turtle, as it provides at times unexpected information regarding the animal's sense of direction and purpose in terms of its environment. In the conservation effort, it is therefore very important to consider the influence of current upon animal movement.
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Conservation can only be effectively applied when behavior and movement are interpreted to the highest degree of accuracy. The study reveals the importance of current influence on marine life movement. Although larger and faster marine animals will not be as influenced by the current as the leatherback turtle, there will certainly be an impact. While important to study the movements of marine life, the influence of currents on the study of foraging behavior is even more important. This will determine the focus of conservation on specific foraging areas in order to ensure sustainability...
In other words, understanding the influence of current movements will promote the effectiveness of habitat and species conservation. The use of current correction is critically important in this effort.
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The objectives of the paper are important, as they directly relate to the effectiveness of marine conservation. Information to date has focused on a misconception regarding the influence of current streams upon the movements of marine life. Without accurate information, the conservation effort is not optimal.
The research suggests that, even with the new findings, current knowledge still falls short of the optimal. The new findings can however be used as a valuable springboard for future research on the location, trajectory, and other habits of marine life. Quantitative information will be an excellent asset to current qualitative data relating to the issues.
Importance of locust guts for this Study Prediction of the increase in the worldwide energy consumption by 54% between 2001 and 2025 has led to the considerable interest in the production of bioenergy to meet the future needs. Energy derived from biofuels is converted from the metabolism of living organisms. Typically, biofuels has been identified by scientist and environmentalist as the most promising alternative to petroleum and fossil fuels. Biofuels are
Stream Degradation and King County' Salmon Population King County in Washington State is home to some of the most significant spawning beds in the nation for several major species of salmon, such as the endangered steelhead and Chinook (or King) species. As a result of Washington's urbanization over the preceding years and decades, the purity and integrity of King County's streams and rivers have been degraded and the waterways contaminated (Morley,
How Natural Resources Exploitation and Government Instability Impact Economic Development in the Democratic Republic of the CongoIntroductionResearch problemDespite possessing a wide array of valuable natural resources, social and economic development in the Democratic Republic of the Congo (hereinafter alternatively �the Congo� or the �DRC�) has been challenged on multiple fronts due in large part to the so-called �resource curse� wherein former European colonies remain dependent on extractive industries with little
" The true significance of a strand of DNA is that it is sure to house all of the necessary information that is the blueprint or code for various aspect of the body that it represents. Consider that in the majority of organisms, genetics is established by the breeding of pairs of parents which results in an off-spring that has a combination of each of the parents' genetic codes. "Despite the
Front-line Application The most obvious front-line application of this study is in the conceptualization of the relative needs of the respective species in connection with human efforts to prevent extinction, especially extinction that is directly attributable to human activity. The traditional approach to species conservation emphasizes the data establishing declining populations. That approach ignores species that are equally at risk by virtue of human activity. Therefore, continued reliance on that approach
Additionally, Bollier further states the contrail emissions to cause warmer weather. The duration of contrails in the atmosphere can last for days, according to (Harris, Kuper, Lebel, 2010). Trails may last for days and spread over hundreds of miles. According to Patrick Minnis, senior research scientist at NASA's Langley Research Center in Virginia, "It helped us get a very good handle on the relationship between natural cirrus clouds and contrails,