宁波镇海：石化区里飞出“生态白鹭”

Core Viewpoint - The "Egrets Park" in Ningbo's petrochemical zone exemplifies the potential for industrial and ecological coexistence, providing a new model for green development in the petrochemical industry [1][2]. Group 1: Ecological Achievements - The Egrets Park, located within the Ningbo Petrochemical Economic and Technological Development Zone, is the first egret habitat embedded in a petrochemical park, covering a core area of 15,000 square meters and a radius of 40 square kilometers [1]. - The park currently hosts nearly 4,000 egrets, including over 40 species such as the rare great egret and yellow-billed egret, showcasing successful biodiversity efforts [1]. - Through GPS tracking and long-term monitoring, the park has established a comprehensive understanding of egret migration routes and habits, laying the groundwork for scientific conservation [1]. Group 2: Industrial Practices - The petrochemical zone has implemented a "reduction and recycling + digital supervision" model to strictly control VOC emissions, aiming to create a "waste-free park" that provides a safe environment for egrets [1]. - Continuous ecological optimization efforts since 2000, including the planting of 2,200 square meters of trees and the introduction of aquatic life, have transformed the area from a concentrated pipeline zone to a thriving habitat for egrets [1]. Group 3: Social Impact and Recognition - The global first egret live-streaming platform has accumulated over 100 million views, and public open days attracted 23,000 visitors, highlighting the social engagement and educational impact of the project [2]. - The ecological practices of the Egrets Park have been included in the global "Corporate Biodiversity Protection Case Collection" and showcased at significant international forums, reinforcing its status as a model for industrial green transformation in China [2]. - The transformation of the egret population from dozens to thousands illustrates that ecological protection and industrial development can coexist harmoniously, challenging traditional perceptions of biodiversity conservation [2].