利物浦代写research report:生态环境

Keywords:利物浦代写research report

该研究使用位于澳大利亚新南威尔士州的Conjola湖的数据，图1。我们的研究集中在Conjola湖（35°16'S 150°30'E），一个中等大小的沿海湖泊（面积5.9 km2）约210在悉尼南部的主要通向海洋的公里。 Caulerpa taxifolia在2000年4月在湖内被发现，到2004年初，165 ha的湖底被感染（Creese等，2004），常常在密集和广泛的席子中（Wright，2005和Wright和Davis，2006）。在这个湖中，紫花苜蓿与其他海草在细泥上存在相同的栖息地，以在至少1-10m的深度范围内清洁砂。[5] 该项目的主要目的是调查和分析海藻Caulerpa taxifolia，并为NSW DPI创建一个合适的（CA）模型。我们的目的是开发一个算法和结果的Caulerpa taxifolia的生长和蔓延在科琴拉湖的风格化模型。模型算法使用关于主要天气条件，海草分布和一些深度假设的信息。

利物浦代写research report:生态环境

The study uses data from Lake Conjola, located in New South Wales, Australia, Figure 1. Our study focussed on Lake Conjola (35°16'S 150°30'E), a medium sized coastal lake (surface area of 5.9 km2) approximately 210 km south of Sydney that is predominantly open to the ocean. Caulerpa
taxifolia was discovered within the Lake in April 2000 and by early 2004, 165 ha of the lake bottom were infested (Creese et al., 2004), frequently in dense and extensive mats ( Wright, 2005 and Wright and Davis, 2006). In this lake, C. taxifolia occurs in the same habitat as other seagrass on fine mud to clean sand over a depth range of at least 1–10 m.[5] The primary aim of this project is to investigate and analyse the seaweed Caulerpa taxifolia and create a suitable (CA) model for NSW DPI. Our aim is to develop an algorithm and results for a stylised model of Caulerpa taxifolia growth and spread in Lake Conjola. The model algorithm used information on prevailing weather conditions, seagrass distribution and some depth assumptions.