And we are doing that through a variety of different machine learning models that try to understand what the impacts are and what are the opportunities of reconnected protected areas． This one is the case of the American black bear in Minnesota where actually we reconnected these protection areas and improve the dispersal of this species which is also an implication for the maintenance of vegetation and carbon sequestration．
我们正在通过多种机器学习模型实现连接，以了解重新连接的保护区能带来何种影响和机会。以明尼苏达州的美洲黑熊为例。在这里，我们重新连接了这些美洲黑熊保护区，并优化了该物种的分布，这也促进了植被维护和碳封存。
So preliminary results are actually showing that just by maintaining30％ of all the terrestrial habitats as protected areas， we are actually able to improve carbon sequestration by70％ considering the current baseline，65％ of maintenance of water provisioning and about59％ of preserving all the species that are threatened or endangered． So preserving these ecological connections that most of the time are actually coinciding with the water pathways， such as river source streams is actually incredibly important．
根据初步结果显示，对比目前的基准线，只要将陆地栖息地作为保护区的覆盖率维持到30％，我们就能将将碳封存量提高到70％，维持供水量提高到60％，保护濒危物种数提高到59％。因此，保护这些在大多数情况下与水道重合的生态联系，如河源和溪流，是非常重要的。