自从引进山羊之后，这个岛上的植被模式改变了。
Vegetation patterns changed when goats were introduced to the island.
结果可为进一步改进动态植被模式的参数化方案和优化模型参数提供一定参考。
The results will provide important clues for the parameterization improvement and parameters optimization of the ICM.
模式是由多层大气模式、多层土壤模式和植被模式通过界面上能量、水汽传输平衡方程耦合而成。
The model is composed of multilayer atmosphere, multilayer soil model and vegetation model which are coupled by balance equation describing the energy and moisture transfer at the interface.
亚洲西南部的气候变化更为微妙，因为它们涉及到山地雪线、降雨模式和植被覆盖率的变化。
The climatic changes in southwestern Asia were more subtle, in that they involved shifts in mountain snow lines, rainfall patterns, and vegetation cover.
对三亚湾滨海景观带的植被、结构、功能及开发模式进行分析，探讨三亚湾滨海景观带的现状及存在的问题。
Through analysis of the construction, function, vegetation and development pattern of the urban coastal landscape belt of Sanya Bay, the status and problems were discussed.
这种规律在不同退耕模式之间表现出较明显的差异，这种差异主要是植被覆盖的不同引起的。
This law between the different patterns of farmland shows obvious differences, such differences were mainly caused by the cover of different vegetation.
坡地人工植被的生态效益防护林—桔园模式优于无防护林桔园模式。
The ecological effect of the orchard-shelterbelt model is better than that of the orchard model in the gental sloping fields.
不同退耕模式同一季节大气温度有差异，这种差异主要是植被覆盖的不同引起的。
The air temperature of the same season in different patterns of farmland is different t, this difference is mainly caused by the cover of different vegetation.
保育块技术适用于岩质边坡植被恢复中乔(灌)木的移栽，是一种极有潜力的新型移栽模式。
Nursery block technique is suitable for arbor (shrub) transplantation in vegetation restoration on rocky slopes, it is a new transplantation model of great potentiality.
当家畜的放牧时间和载畜率类似于草原生态系统进展下的模式时，草地可保持它的生产力和植被组成。
It is concluded that range ecosystems may sustain their productivity and composition when grazing time and stocking rate resemble the grazing pattern representing the ecosystem progressing.
综合考虑降水模式与不同生活型植物对小雨量降水的响应特点，高频率的小雨量降水，可能是维持本区较高植被覆盖度的重要原因。
Small rainfall events mainly benefited herb species, and the high frequency but low amount of rainfall partially explained the relatively high vegetation cover in this area.
综合考虑降水模式与不同生活型植物对小雨量降水的响应特点，高频率的小雨量降水，可能是维持本区较高植被覆盖度的重要原因。
Small rainfall events mainly benefited herb species, and the high frequency but low amount of rainfall partially explained the relatively high vegetation cover in this area.
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