What is the soil in明日方舟终末地? Introduction to the soil in明日方舟终末地 mobile game. Note: "明日方舟终末地" is a proper noun and may not have an official English translation. It's kept in Chinese for accuracy.

Today, I want to share with you what the soil in the end zone of Arknights is. The soil system in the end zone of Arknights is an essential component of the wasteland world's ecological recovery and resource management. It plays a crucial role in the player's base construction, resource production, and exploration development. As a core element of the "Terraform II" wasteland world, soil is a key medium for resource acquisition, demonstrating deep strategic significance in environmental interaction and base planning.

The types of soil in the wasteland are diverse, each with unique environmental characteristics that affect resource collection efficiency, planting conditions, and the operation of the production chain. When players explore the map, they will encounter different soil areas, such as barren sandy soil, nutrient-rich black soil, and contaminated saline-alkali land. The distribution of these soil types is not random but closely linked to the ecological history of Terraform II. Black soil areas are usually found near once-thriving oases, with high resource output suitable for planting and resource collection, but these areas are often accompanied by high-density enemy activity, requiring players to make extra efforts to clear them. Sandy soil and saline-alkali land are more widely distributed but have low resource yields, making them suitable for collecting basic materials or building low-demand production lines.

Soil quality is a key factor in measuring the potential of regional resources, directly determining the efficiency of reclamation and production effects. High-quality soil can provide players with higher crop yields and resource recovery efficiency. For example, when planting specific crops in black soil areas, players can obtain more food or special plant materials, which are important in later technological research and development. Low-quality soil needs to be improved through technological means, and players can gradually enhance its production potential by building soil purification devices. The process of soil purification requires time, as well as a large amount of energy and materials, making it necessary for players to weigh priorities when choosing purification areas to ensure reasonable resource allocation.

Players need to plan the location of production facilities based on soil type. For example, some buildings require higher soil conditions, such as greenhouse facilities needing fertile soil to ensure crop growth, while industrial plants are better built in barren sandy soil areas to avoid wasting high-quality soil resources. Reasonably utilizing soil types and distribution can significantly improve the overall operational efficiency of the base while reducing bottlenecks caused by resource shortages.

Polluted soil is a unique and dangerous presence in the wasteland world, often found in areas influenced by anomalous creatures and ruins. This type of soil not only reduces resource collection efficiency but may also negatively impact operators, such as reducing action points or increasing injury risks. However, rare resources and experimental materials are hidden in polluted soil, which are crucial for later technology upgrades.