I. Overview of Networking Requirements for Nature Reserves

1. Vast coverage areaA key feature of nature reserves in mountainous and woodland areas is that remote, inaccessible regions are in greater need of ecological information monitoring and collection, resulting in scattered information nodes. It is common for adjacent nodes to be dozens of kilometers apart. Constructing a monitoring and protection system using conventional methods incurs exorbitant costs, is highly vulnerable to damage, and is even completely unfeasible in some cases.
2. Diverse system typesVarious types of information collection require coordination of different systems (dual-spectrum video surveillance, wildlife protection cameras, perimeter electronic stakes, etc.). However, data transmission cannot be standardized, necessitating repeated construction of multiple transmission links, which drastically reduces cost-effectiveness.
3. Difficult maintenanceIn sparsely populated reserves with scattered information nodes, the use of low-quality equipment will lead to enormous on-site maintenance costs in the later stage. This not only wastes a great deal of labor and time, but also seriously impairs the system’s operational effectiveness.

II. Comparison of Networking Solutions for Nature Reserves

1. Difficult coordination with local farmersBoth underground pipeline laying and overhead pole erection for optical fibers require coordination with villages and farmers along the route. Underground installation needs shaft construction for maintenance, and pole erection can only be completed with the consent of landowners. Coordination with rural communities has become increasingly difficult nowadays. In addition to soaring one-time construction costs, some farmers demand annual “rent”, and failure to pay may even lead to extreme acts such as fiber optic cable damage.
2. High vulnerability to damageOverhead fiber optic cable installation has a slightly lower cost than underground laying, but overhead open lines are easily damaged by passing vehicles, causing system network outages. Even underground cables may be broken due to rural construction and ditch digging, resulting in short-term or long-term outages. Natural disasters (flash floods, mudslides, etc.) and human factors such as theft and intentional cutting by lawbreakers also pose threats to cable integrity. Moreover, remote locations make damage repair more difficult, costly and time-consuming.
3. Prohibitive construction costsThe material cost of optical fibers themselves is relatively low, but the costs of ditch digging, pipeline laying and pole erection have risen year by year due to surging labor costs and rental fees for excavators, cranes and other equipment. Construction costs often reach tens of thousands of yuan per kilometer, driving up the overall system cost. Laying optical fibers in mountainous, woodland and wetland nature reserves—regardless of policy permission—may cost several times more than urban construction, with the exorbitant expense of tens of thousands of yuan per kilometer far beyond the affordability of IT systems.
4. Long construction cycleOptical fiber construction via ditch digging, pipeline laying or pole erection is extremely challenging, especially in rural and remote field areas. Construction often takes months or even years, and the laid cables may be damaged before project delivery.
5. Damage to primitive ecologyOptical fiber construction disturbs and damages the primitive ecosystem, even affecting animal activities and plant growth. A system built to protect flora and fauna resources that causes ecological damage through wired deployment defeats the purpose of protection and must be avoided. Eco-friendly communication and power supply methods, represented by wireless networking and solar energy as new energy sources, are the optimal choice.

III. Design of Networking Solution for Nature Reserves

1. Biodiversity ProtectionScientific research institutions can conduct real-time ecological monitoring and data collection, providing accurate and timely data support for biodiversity research, protection and management decisions.
2. Resource ProtectionNature reserve management and security personnel can promptly detect pollution, poaching, illegal logging, environmental damage and natural disasters through real-time video surveillance and environmental monitoring, and take immediate measures to minimize damage.
3. Disaster Prevention and MitigationEmergency management departments can identify fire hazards and outbreaks via video surveillance, and deploy manpower and resources for timely fire suppression to avoid severe losses. The system also enables early detection of flash flood, mudslide and other natural disaster risks, facilitating prompt response to protect the lives and property of nearby residents.
4. Scenic Area ManagementMany nature reserves (wetlands, mountainous areas) are also tourist attractions. Without effective visitor management, uncivilized behaviors of some tourists may threaten the reserve’s ecological environment. Scenic area management offices or tourism bureau staff can build a “digital scenic area” system through this solution, upgrading the modernization and technological level of scenic area management.

All electrical devices at various information points in the nature reserve can be centrally powered for long-term operation.Once the power supply challenge is resolved, and the network is established with a wireless metropolitan area private network system (e.g., the iMAX 5G wireless metropolitan area private network and the Huanyou low-frequency MESH communication-on-the-move system) to address connectivity issues, half the battle for the intelligentization and informatization of the nature reserve is already won.

Taking the video surveillance system of a nature reserve as an example, the schematic diagram of a typical nature reserve surveillance system is as follows:

The backbone network of the iMAX 5G wireless metropolitan area network system is typically constructed with high-reliability technologies such as VRRP, delivering superior system reliability. The access network segment supports not only a point-to-multipoint architecture, but also cross coverage by multiple base stations and hot backup redundancy, further enhancing system availability. Such high reliability is particularly critical for field deployment scenarios where installation and maintenance are both inconvenient.

In addition, if customers adopt the outdoor special dual-mode WiFi gateway iMAX-AGC600 system, it can not only achieve long-distance backhaul connectivity at the 10–20 km level, but also provide short-distance WiFi coverage within a hundred meters simultaneously, thereby enabling network connectivity for multiple wildlife protection cameras within a 100-meter radius. This is an innovative system developed by Guoxin Longxin, ideally suited for nature reserve and scenic area applications.

In summary, protecting rare flora and fauna resources is a merit for the present age and a benefit for centuries to come, and building ecological civilization is a millennia-long strategy for the sustainable development of the Chinese nation. The nature reserve monitoring and protection management system provides an all-time, all-weather, uninterrupted, scientific, systematic, real-time and visual integrated management approach for nature reserves. Guoxin Longxin’s wireless metropolitan area private network solution can be custom-designed according to the specific environmental conditions and actual needs of individual users.