###### Abstract
For example, in the field of engineering the system resilience is the ability to recover after resisting the external system influence [17]. The resilience system refers to a system whose structure, function, and service are destroyed and damaged by influence in the field of ecology [18]; the resilience is based on the skills of tracking learning, using, and managing changes in the field of social ecology [19]. Analysis of NGCL's impact on ADR is intertwined with its impact on cultivated land use mode and production factor allocation. Existing studies have focused on the classification of NGCL types [20], spatial characteristics [21], driving mechanism [22], and its impact on cultivated land protection [15], food production [23], and food security [21; 24]. For example, the relationship between NGCL and the changes in production factors and the price market of agricultural products was investigated using the different performances of NGCL in agricultural production practice. Some studies have argued that the higher relative price of labor causes the \"non-grain\" of planting structure [25]. The lease stability in land transfer lease period dimension and lease instability in market dimension induces the \"non-grain\" planting behavior of farmland transfer to households [26]. The farmland transfer price increases the probability and ratio of \"non-grain\" planting [27], and the farmers with small scale transfer are more inclined to \"non-grain\" planting structure [28]. The agricultural land transfer area and \"non-grain\" planting ratio forms into an inverted \"U\" relationship [29]. In addition, beyond the reason of lower benefit to growing grain, NGCL is also closely related to the level of factors and allocation in farmers' grain production [30]. Factors such as the fragmentation of cultivated land [31], farmers' labor endowment [30], social capital and so on are all driving factors of \"non-grain\" production expansion. Additionally, different types of NGCL have different effects on the quantity, quality, and ecological environment of cultivated land in addition to destroying the plow layer [28; 29; 32]. There has also been discussion of the impact of NGCL on farmland flow loss and negative externalities [33], and the interaction theory and analytical frameworks have also been referenced [32; 34]. From the existing research, there is no consensus on the criteria for NGCL governance. Although high-resolution remote sensing is helpful for identifying the current situation of NGCL [35], no logic and basis is in place for the governance of NGCL problems and seasonal planting structure adjustment around large cities. Chinese territorial spatial planningshould promote the high-quality development of agricultural space, not only should land quantity and factor allocation be considered, but also the effects of factor space flow, agricultural production structure, management mode, and regional industrial structure [36]. Under the changes in labor flow and market environment, the relevant studies have focused more on the relationship between NGCL and production factor allocation in micro farm households [25; 30]. However, NGCL has not been examined from the perspective of the allocation of production factors systemically. It is not conducive to clear the intensity and direction of \"non-grain\" governance. Thus, clarifying the systematic relationship between NGCL and the factor allocation of agricultural production in micro-household and macro-industry is particularly meaningful. Exploring the response mechanism of NGCL to agricultural sustainable development based on allocation of production factors in this research is also important. Strictly preventing the \"non-grain\" trends of cultivated land in major grain-producing areas is very important to ensure national food security [20].