Land Use Optimization Embedding in Ecological Suitability in the Embryonic Urban Agglomeration

Healthy and sustainable urban agglomerations development relies heavily on land use optimization. However, there is insufficient scientific basis reliable quantitative analysis for pattern identification optimal prediction in embryonic agglomeration. Therefore, taking the Lanzhou–Xining (LX) region, a typical primary developing agglomeration, as study area, we first assessed ecological suitability (LES). Then, embedded LES evaluation results optimization process constructed MCR-MOP- Dyna-CLUE model framework, simulating optimizing patterns year 2035 under business usual scenarios, which aimed to explore agglomerations. The indicated that scenario based had more rational pattern. It appropriately controlled expansion rate of construction effectively alleviated problems encroaching farming land. Meanwhile, ecosystem services increased value adequately addressing need food security economic development. Compared scenario, was 19,622.69 ha less, cultivated 32,103.29 more. Moreover, benefit by 187,490.4595 million yuan 151,808,605.1 from 2020 2035, respectively, scenario. Our research great making decisions resource management initial