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在大熊猫国家公园建设过程中,甘肃白水江国家级自然保护区率先建成大熊猫栖息地空间数据动态监测系统。此前,工作人员常通过采集大熊猫的粪便、毛发等遗留物来统计熊猫数量。现在,在野生动物进入监控区之后,动态监测系统可自动对其进行识别、辨认与拍摄,有效提升了野生动物监测保护工作的效率。
今年5月1日起,新《野生动物保护法》正式施行。加强野生动物保护,对维护生物多样性,推进生态文明建设具有重要意义。多年来,智慧监测系统、远红外相机、大数据+物联网、物种AI识别等高科技手段为我国野生动物保护工作提供了有力保障,促进着野生动物种群的稳定和生态平衡的恢复。

2021年,我国正式设立大熊猫、东北虎豹、三江源等第一批国家公园。这些国家公园均处于我国生态安全战略格局的关键区域,涵盖了近30%的陆域国家重点保护野生动植物种类。在这些国家公园内,智慧监测系统的建立为包括多种野生动物的保护提供了新契机。
在大熊猫国家公园建设过程中,甘肃白水江国家级自然保护区率先建成大熊猫栖息地空间数据动态监测系统。此前,工作人员常通过采集大熊猫的粪便、毛发等遗留物来统计熊猫数量,这种方式存在耗费人力多、调查时间长等缺点。现在,在野生动物进入监控区之后,动态监测系统可自动对其进行识别、拍摄,准确辨认野生动物的类型。这一监测系统使得工作人员足不出户就能看到保护区内的真实情况,有效提升了野生动物监测保护工作的效率。

During the construction of the Giant Panda National Park, the Baishuijiang National Nature Reserve in Gansu Province took the lead in building a dynamic monitoring system for the spatial data of the giant panda habitat. Previously, staff often counted the number of pandas by collecting panda feces, hair and other remnants. Now, after wild animals enter the monitoring area, the dynamic monitoring system can automatically identify, identify and shoot them, which effectively improves the efficiency of wildlife monitoring and protection.
From May 1 this year, the new Wildlife Protection Law will come into force. Strengthening the protection of wild animals is of great significance to maintaining biodiversity and promoting the construction of ecological civilization. Over the years, intelligent monitoring systems, far-infrared cameras, big data + Internet of Things, species AI identification and other high-tech means have provided a strong guarantee for China's wildlife protection, promoting the stability of wildlife populations and the restoration of ecological balance.

In 2021, China officially established the first batch of national parks such as giant pandas, Northeast Tiger and Leopard, and Sanjiangyuan. These national parks are all in the key areas of China's ecological security strategic pattern, covering nearly 30% of the key protected wild animal and plant species in the mainland. In these national parks, the establishment of intelligent monitoring systems provides a new opportunity for the protection of a variety of wildlife.
During the construction of the Giant Panda National Park, the Baishuijiang National Nature Reserve in Gansu Province took the lead in building a dynamic monitoring system for the spatial data of the giant panda habitat. Previously, the staff often counted the number of pandas by collecting the feces, hair and other remnants of giant pandas, which has the disadvantages of labor-intensive and long investigation time. Now, after the wild animals enter the monitoring area, the dynamic monitoring system can automatically identify and shoot them to accurately identify the types of wild animals. This monitoring system allows staff to see the real situation in the protected area without leaving home, which effectively improves the efficiency of wildlife monitoring and protection.
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