All result showed the system is adpated to function in the altiplano and coteau under the scurviness weather.

同时，全面评价了该系统的温度特性和电气特性，为其在恶劣高原气候下的应用提供了保证。

Bad weather, such as the heavy summer rains, after drouth, which saturate ploughed soil, reduce soil shear strength, facilitate masse soil movement, and instigate gullying.

恶劣的气候条件，比如久旱之的夏季强降雨，使土壤耕地饱和，降低土壤切变力，容易使土壤移动，形成冲沟。

All result showed the system is adpated to function in the altiplano and coteau under the scurviness weather.

同时，全面评价了该系统的温度特性和电气特性，为其在恶劣高原气候下的应了保证。

Bad weather, such as the heavy summer rains, after drouth, which saturate ploughed soil, reduce soil shear strength, facilitate masse soil movement, and instigate gullying.

恶劣的气候条件，比如久旱之的夏季强降雨，使耕地饱和，降低变力，容易使移动，形成冲沟。

All result showed the system is adpated to function in the altiplano and coteau under the scurviness weather.

同时，全面评价该系统的温度特性和电气特性，为其在恶劣高原气候下的应用保证。

Bad weather, such as the heavy summer rains, after drouth, which saturate ploughed soil, reduce soil shear strength, facilitate masse soil movement, and instigate gullying.

恶劣的气候条件，比如久旱之的夏季强降雨，使耕地饱和，降切变力，容易使移动，形成冲沟。

All result showed the system is adpated to function in the altiplano and coteau under the scurviness weather.

同时，全面该系统的温度特性和电气特性，为其在恶劣高原气候下的应用提供保证。

Bad weather, such as the heavy summer rains, after drouth, which saturate ploughed soil, reduce soil shear strength, facilitate masse soil movement, and instigate gullying.

恶劣的气候条件，比如久旱之的夏季强降雨，使土壤耕地饱和，降低土壤切变力，容易使土壤移动，形成冲沟。

All result showed the system is adpated to function in the altiplano and coteau under the scurviness weather.

，面评价了该系统的温度特性和电气特性，为其在恶劣高原气候下的应用提供了保证。

Bad weather, such as the heavy summer rains, after drouth, which saturate ploughed soil, reduce soil shear strength, facilitate masse soil movement, and instigate gullying.

恶劣的气候条件，比如久旱之的夏季强降雨，使土壤耕地饱和，降低土壤切变力，容易使土壤移，形成冲沟。

All result showed the system is adpated to function in the altiplano and coteau under the scurviness weather.

时，全面评价了该系统的温度特性和电气特性，为其在恶劣高原气候下的应用提供了保证。

Bad weather, such as the heavy summer rains, after drouth, which saturate ploughed soil, reduce soil shear strength, facilitate masse soil movement, and instigate gullying.

恶劣的气候条件，比如久旱之的夏季强降雨，使土壤耕地饱和，降低土壤切变力，容易使土壤移，形冲沟。

All result showed the system is adpated to function in the altiplano and coteau under the scurviness weather.

同时，价了该系统的温度特性和电气特性，为其在恶劣高原气候下的应用提供了保证。

Bad weather, such as the heavy summer rains, after drouth, which saturate ploughed soil, reduce soil shear strength, facilitate masse soil movement, and instigate gullying.

恶劣的气候条件，比如久旱之的夏季强降雨，使土壤耕地饱和，降低土壤切变力，容易使土壤移动，形成冲沟。

All result showed the system is adpated to function in the altiplano and coteau under the scurviness weather.

同时，全面评价了该系统的温度特性和电气特性，为其在恶劣高原气候下的应用提供了保证。

Bad weather, such as the heavy summer rains, after drouth, which saturate ploughed soil, reduce soil shear strength, facilitate masse soil movement, and instigate gullying.

恶劣的气候条件，比之的降雨，使土壤耕地饱和，降低土壤切变力，容易使土壤移动，形成冲沟。

All result showed the system is adpated to function in the altiplano and coteau under the scurviness weather.

同时，全面评价了该系统的温度特性和电气特性，为其在恶劣高原气下的应用提供了保证。

Bad weather, such as the heavy summer rains, after drouth, which saturate ploughed soil, reduce soil shear strength, facilitate masse soil movement, and instigate gullying.

恶劣的气件，比如久旱之的夏季强降，壤耕地饱和，降低壤切变力，容易壤移动，形成冲沟。

All result showed the system is adpated to function in the altiplano and coteau under the scurviness weather.

同时，全面评价了该系统温度特性和电气特性，为其在恶劣高原气候下应用提供了保证。

Bad weather, such as the heavy summer rains, after drouth, which saturate ploughed soil, reduce soil shear strength, facilitate masse soil movement, and instigate gullying.

恶劣气候条件，比如久季强降雨，使土壤耕地饱和，降低土壤切变力，容易使土壤移动，形成冲沟。