To determine the climate type of the station based on the provided temperature and precipitation data, we need to analyze the characteristics of each climate type listed in the options. Let's break down the data and the reasoning step-by-step. Step 1: Analyze the Temperature Data The temperature data for each month is as follows: - January: 21.1°C - February: 21.1°C - March: 20.0°C - April: 17.2°C - May: 15.0°C - June: 13.3°C - July: 12.8°C - August: 13.3°C - September: 14.4°C - October: 16.1°C - November: 17.2°C - December: 20.0°C From this data, we can observe: - The temperatures are relatively high in the first half of the year (January to March) and then gradually decrease, reaching a low in July (12.8°C). - The temperatures then rise again towards the end of the year. - The average temperature does not drop significantly below 12.8°C, indicating a generally warm climate. Step 2: Analyze the Precipitation Data The precipitation data for each month is as follows: - January: 18 mm - February: 15 mm - March: 23 mm - April: 48 mm - May: 97 mm - June: 114 mm - July: 94 mm - August: 86 mm - September: 58 mm - October: 41 mm - November: 28 mm - December: 20 mm From this data, we can observe: - There is a significant increase in precipitation from April to June, peaking in June at 114 mm. - The months of May and June are particularly wet, indicating a rainy season. - After June, precipitation decreases but remains relatively high compared to the first few months of the year. Step 3: Identify the Climate Type Now, let's evaluate the options based on the characteristics of the climate types: A. Temperate Continental - Typically characterized by significant temperature variations between seasons and moderate precipitation throughout the year. - This climate type usually has cold winters and warm summers, which does not match our data. B. Tropical Monsoon - Characterized by high temperatures year-round with a distinct wet season and dry season. - The wet season usually occurs during the summer months, which aligns with our data (high precipitation in May and June). - However, the temperatures in the data do not remain consistently high throughout the year, as they drop significantly in the middle of the year. C. Tropical Continental - This climate type has high temperatures year-round but less precipitation compared to tropical monsoon climates. - The data shows a significant amount of precipitation, especially in the summer months, which does not align with the characteristics of a tropical continental climate. D. Mediterranean - Characterized by hot, dry summers and mild, wet winters. - The data shows a clear pattern of higher precipitation in the middle of the year (May to August) and lower precipitation in the winter months (January to March). - The temperatures are also relatively mild, with no extreme cold, which is consistent with Mediterranean climates. Conclusion Based on the analysis of both temperature and precipitation data, the correct answer is D. Mediterranean. The station exhibits characteristics typical of a Mediterranean climate, with a distinct wet season in the summer and mild temperatures throughout the year. Revision Summary

• Temperature Analysis: Mild temperatures with a slight decrease in the middle of the year.
• Precipitation Analysis: Significant rainfall during the summer months, indicating a wet season.
• Climate Characteristics: Mediterranean climates have hot, dry summers and mild, wet winters, aligning with the data provided.
• Elimination of Other Options: Temperate continental, tropical monsoon, and tropical continental do not match the observed temperature and precipitation patterns.