加拿大动物科学论文代写:海洋生物

加拿大动物科学论文代写:海洋生物

有超过14000种海洋鱼类,从大鲸鲨到小矮人戈比(MAY,R.M.),1988)。这种脊椎动物的顺序由软骨鱼类组成,如鲨鱼、鳐和嵌合体,无颌鱼类,以及硬骨鱼类。

无脊椎动物,没有骨气的物种,包括地球上最大的动物群体,形成了大约10亿种物种。单独的水生无脊椎动物包括成千上万的动物,它们是种类繁多的物种,从刺海胆到无柄海绵。

在海洋生物学中,我了解了水生物种和水压,并对这些关键的主题有了更全面的了解,所以假设我提出的几个问题:

什么形式的水生环境有待发现?哪些水生动物尚未被发现,还有多少生物仍未被确认?水生生物是如何通过与它们的物理环境和生物群落相互作用而形成的?我们怎么不知道海底?最后,科学研究对海洋世界的影响是什么,这些影响将如何改变水生生物和水生环境?人类的未来将受到这些变化的巨大影响,并将取决于我们如何智能地使用这些信息(教科文组织,1988年)。

There are more than 14,000 types of marine fishes, from the huge whale shark to the small pygmy goby (MAY, R.M., 1988). This order of vertebrate creatures comprises the cartilaginous fishes such as sharks, rays and chimaeras, jawless fishes, as well as the bony fishes.
Invertebrates, species without a backbone, include the biggest group of animals on the planet, forming about a billion of species. Aquatic invertebrates alone include thousands of animals, and are an extensively varied group of species, from spiny sea urchins to sessile sponges.

In Marine Biology, as I learn about aquatic species and water pressure, and come to a more comprehensive understanding of these crucial motifs, so assuming a few of the questions that I raise:
What forms of aquatic environments remain to be discovered? What kind of aquatic animals are yet to be discovered and how much of the biodiversity is still unidentified? How have aquatic creatures been formed through interactions with their physical environments & biological communities? What we do not recognize about Seafloor? At last, what are the effects of scientific research done on the sea world, and how will such effects transform aquatic life and aquatic environments? The human being’s future will be drastically affected by such changes, and will depend upon the factor on how intelligently we use that information (UNESCO, 1988).