This topic was chosen in order to help provide detailed information concerning the success of finding an advanced technology. This technology, which is referred to as the Airborne Taxonomic Mapping System, could be used in mapping of rain forest by the environmental scientists in the field of environmental science. For instance, it could help in capturing fully detailed images of each single tree in shortest time possible. Provide a better understanding of the vegetation structure and the general biodiversity of the forest.
The news provides more information to environmental scientists concerning the approach in which they need to apply in order to understand clearly tropical forest ecology. For instance, they need to be well informed about the landscape in which the habitats exist. Therefore, with the new advanced technology used in mapping of trees by environmental scientists, they are enabled to understand well the chemistry, structure, and biodiversity of the forest. In addition, the system is able to show indications concerning the health of the forest such as the signs of water stress and the potential threats from the activities of human creatures.
All branches of biological science examine life at molecular, cellular, or organismic levels, as an individual is the biggest unit of research (genes→ cells→ organs→ organisms). Nevertheless, there exist more complex forms of the living, which can be examined in one's environmental research paper:
The subject matter of ecology as a biological science lies in biological macrosystems: populations, communities, ecosystems and their dynamics in time and space (depending on the surrounding environment). Modern ecology studies different levels of organization of living matter - biogeocenotic, biospheric, that is integrated into biological systems of higher ranks than an organism. This factor differs ecology from other fields of biology, which are enriched by the former. Ecology is closely connected with evolutionism, genetics, systematics, and other biological disciplines. In order to get a good position, you should know how to make your environmental CV effective enough. At the same time, the given science witnesses its own development with the following development of complementary sciences - botany, zoology, microbiology, etc. Therefore, to be a professional ecologist and defend an environmental science thesis paper successfully, you need to pay attention to all the above-mentioned sciences as well.
Ecology is a common biological science that studies interrelation of organisms between each other and with their ecosystem. The notion 'ecology' was offered in 1866 by German zoologist E. Haeckel in order to denote a biological science, which studied the interrelation of organisms with their surrounding habitat. However, H. Krebs, English biochemist, gave clearer and shorter notion of the science in his environmental science articles - the study of spread and dynamics of organisms' density.
Publication of articles in EHP does not mean that the National Institute of Environmental Health Sciences (NIEHS) condones, endorses, approves, or recommends the use of any products, services, materials, methodology, or policies stated therein. Conclusions and opinions are those of the individual authors and advertisers only and do not reflect the policies or views of the NIEHS.
Thus, the main theoretical and practical task of ecology consists in the necessity to find out regularities of biological processes and learn how to operate them under the conditions of growing influence of a person on the surrounding environment. Such regularities will have to be carefully reviewed in your papers, and it may happen that you will need some environmental science homework help, and we will be glad to provide it. If you need it today, do not hesitate and contact us in chat, we will answer all questions you may have.
Nowadays, there are a lot of environmental articles that narrate about ecological problems of modern age, which are linked with human intervention - in other words, activities connected with the realization of economic, recreational, military, cultural, and other interests of a person that change the environment.
If you are interested in the sphere of ecological studies and ecology and you are going to dedicate your life to the profession of an ecologist, then be ready that one day you will need to write your first environmental science resume. Writing CV is not an easy assignment, so do not be brain-dead; you should know that this activity requires a serious approach. Despite this fact, it is time to come back to human intervention that can be positive and negative, longstanding and short-time, goal-oriented and spontaneous, selective and areal, and also global, regional, and local. Among the main global ecological problems of the modern age, scientists single out the following: greenhouse effect, depletion of ozone layer, acidic precipitation, problem of waste utilization, ecological pollution, desert advancing, land degradation, soil erosion, deforestation, reduction of numbers and extinction of animals, climate change, deterioration of natural resources, sickness rate of population, photochemical smog, etc. To try to cope with these problems, one can try to write environmental business plan.
Achieving environmental sustainability is one of civilization’s historic challenges. Since our inception, ISB has been using systems science to improve the understanding of the interactions of microbes and ecosystems and create a new generation of sustainable tools and strategies that can be deployed to address this challenge.
The National Institutes of Health’s National Institute of Environmental Health Sciences (NIEHS) Superfund Research Program (SRP) () posed this question to leading arsenic researchers in remediation, exposure, and biomedical sciences. During March–June 2014, the NIEHS hosted a workshop and webinar series, “Health Effects and Mitigation of Arsenic: Current Research Efforts and Future Directions,” in Research Triangle Park, North Carolina. This workshop and webinar series provided forums to discuss state-of-the-science and knowledge gaps in arsenic research. This review is a discussion of highlights of cutting-edge research, data gaps, and suggestions for future research directions based on discussions at the workshop ().
Methods: The National Institutes of Health’s National Institute of Environmental Health Sciences Superfund Research Program convened a workshop to identify emerging issues and research needs to address the multi-faceted challenges related to arsenic and environmental health. This review summarizes information captured during the workshop.