Core Viewpoint - The forest fire prevention and control situation in Hainan Province is expected to be more severe in 2026 due to potential widespread meteorological drought during the spring season [1][2] Group 1: Meteorological Conditions - Hainan Island is likely to experience a phase of significant meteorological drought in spring 2026, with areas like Dongfang and Changjiang potentially facing severe drought conditions [2] - The meteorological risk period for forest fire in Hainan typically occurs during winter and spring, influenced by northeast monsoons and low-pressure systems, leading to reduced rainfall [1] - The average temperature in Hainan during spring 2026 is predicted to be 0.3 to 0.6 degrees Celsius higher than the historical average, with an increase in high-temperature days [1] Group 2: Rainfall Predictions - Total rainfall in spring 2026 is expected to be 1% to 10% higher than the historical average, although March and April may see a decrease of 5% and 10% respectively, while May could see an increase of 15% [1][2] Group 3: Fire Risk Levels - Forest fire risk levels in Hainan during spring 2026 are projected to reach level four (high risk) in areas such as Dongfang, Sanya, Ledong, Changjiang, and Lingshui, while other regions will mainly be at level three (moderate risk) [2] Group 4: Emergency Management Measures - Hainan's emergency management department will focus on fire source control and strengthening public safety measures to effectively prevent and mitigate forest fire risks [2] - The province plans to enhance emergency preparedness by conducting unscripted, practical fire-fighting drills and maintaining a 24-hour duty system for monitoring and responding to fire incidents [2]

Core Insights - The average temperature in January for Sichuan was recorded as the 9th highest for the same period in history, with a significant increase compared to the historical average [1][2] - February is expected to continue the trend of warmer and drier weather, with specific regions facing higher fire risk due to seasonal dryness [1] Temperature Summary - The average temperature for February is projected to be between 8.5℃ and 9.0℃, which is higher than the historical average of 7.5℃ [1] - In specific areas like Aba Prefecture, Ganzi Prefecture, and the Panzhihua region, temperatures are expected to be 1.0℃ to 2.0℃ above the historical average [1] Precipitation Summary - The expected average precipitation for February is between 10.5 mm and 12.5 mm, which is lower than the historical average of 13.4 mm [1] - The northern basin is expected to see precipitation levels 10% to 20% higher than the historical average, while Ganzi Prefecture and the Panzhihua region may experience a decrease of 20% to 50% [1] Drought Conditions - As of January 31, 48 out of 156 national meteorological observation stations in Sichuan reported ongoing meteorological drought conditions, with varying degrees of severity [1] - The areas most affected by moderate to severe drought include northern Ganzi Prefecture, northern Aba Prefecture, and parts of Liangshan Prefecture [1]

Core Insights - In February, Sichuan will continue the warm and dry climate trend observed in January, with a high risk of seasonal winter dryness in certain areas, particularly in the western plateau and Panxi regions, necessitating enhanced preventive measures [1][3] Temperature and Precipitation - The average temperature in Sichuan for February is expected to be between 8.5 and 9.0°C, which is higher than the historical average of 7.5°C [1] - The average precipitation for February is forecasted to be between 10.5 and 12.5 millimeters, lower than the historical average of 13.4 millimeters [1] - Specific regions such as Ganzi and Panxi are expected to see precipitation levels 20% to 50% below historical averages, while the northern basin may experience 10% to 20% above average precipitation [1][3] Drought Conditions - As of January 31, 48 out of 156 national meteorological observation stations in Sichuan reported ongoing meteorological drought conditions, with varying degrees of severity [1][3] - The areas most affected by moderate to severe drought include northern Ganzi, northern Aba, and parts of Liangshan and the western basin [1][3] Fire Risk and Weather Monitoring - The fire risk level in February for the western plateau, Ganzi, and Panxi regions is projected to be at level 3, with potential increases to level 2 during dry and windy periods [3] - The Sichuan Climate Center emphasizes the need for fire risk monitoring and management, especially with increased human activity during the Spring Festival [3] Air Quality and Weather Conditions - The probability of stable weather conditions in the basin is high, which may hinder the dispersion of pollutants and lead to fog and haze [3] - The winter season is characterized by frequent fog, while mountainous and plateau areas may experience rain and snow, necessitating enhanced monitoring to mitigate transportation impacts [3]

Group 1 - The core viewpoint of the article highlights the expected impact of four cold air processes in February, which may affect transportation and other sectors during the Spring Festival period [1] - The first cold air process is expected from February 5 to 7, followed by another from February 10 to 13, with a potential cold air impact before the Spring Festival holiday [1] - The intensity of the cold air processes varies, with moderate strength in early February, stronger in mid-February, and weaker towards the end of the month [1] Group 2 - Northern regions are advised to prepare for significant temperature drops and heavy snowfall, particularly in areas like Inner Mongolia, Northeast China, and Northern Xinjiang, where temperatures may be below normal [2] - Areas in Northeast and Central China should be aware of low-temperature rain and snow risks, necessitating safety measures for transportation and energy supply [2] - Regions in Southeast China and parts of Southwest China are at risk of meteorological drought, requiring water conservation efforts and fire prevention measures [2] - The Northwest region is expected to experience increased dust and low visibility, which could adversely affect health and transportation [2] Group 3 - January saw higher-than-normal temperatures in China, with significant fluctuations and below-average precipitation [3] - A total of five cold air processes impacted the country in January, which is above the normal frequency for this time of year [3] - Drought conditions have developed in several regions, including severe drought in parts of Fujian and Guangdong [3]

Group 1 - In January 2026, the average temperature in China was -4.2°C, which is 0.7°C higher than the same period in previous years, with four cold air processes affecting the country, which is 1.2 times more than usual [2] - A significant cold air event occurred from January 16 to 21, leading to severe weather conditions including heavy snow and freezing rain, impacting electricity, transportation, and agriculture [2] - The average precipitation in January was 4.5 mm, which is 65.1% less than the historical average, resulting in drought conditions in several regions, including Jiangsu, Shanghai, and Guangdong [2] Group 2 - In February 2026, four cold air processes are expected, with varying intensities, affecting temperature and precipitation across the country [4] - Most regions in southern China are expected to have temperatures 1 to 2°C higher than the historical average, while northern areas may experience temperatures close to or slightly below average [4] - Precipitation is forecasted to be higher in northern regions and lower in southern areas, with some regions experiencing a 20% to 50% increase in precipitation compared to historical averages [4] Group 3 - There is a warning for potential strong cold spells, heavy snowfall, and strong winds in northern regions, with recommendations for agricultural and transportation sectors to prepare for adverse weather conditions [5] - Increased dust storm days and intensity are expected in the northwest and southern Xinjiang, while fog or haze days may increase in the Fenwei Plain and Yangtze River Delta [5]

Core Insights - In January, China's average precipitation was 4.5 mm, which is 65.1% less than the same period in previous years [1] - The average temperature in China for January was -4.2°C, which is 0.7°C higher than the historical average [1] - There has been a significant development of meteorological drought in several regions, including southeastern Jiangsu, Shanghai, and parts of Guangdong and Fujian [1] Summary by Category Weather Conditions - January saw an overall higher temperature in China, with four cold air processes affecting the country, which is 1.2 times more than the historical average [1] - The average temperature across the country was -4.2°C, indicating a warming trend compared to historical data [1] Precipitation and Drought - The average precipitation for January was recorded at 4.5 mm, marking a significant decrease of 65.1% compared to the historical average [1] - Regions such as southeastern Jiangsu, Shanghai, and parts of Guangdong and Fujian are experiencing moderate to severe drought conditions [1] Future Outlook - For February, temperatures are expected to remain high in most regions, with the exception of northern Hebei, eastern Inner Mongolia, western Northeast China, northwestern Tibet, and northern Xinjiang, where temperatures may be 0.5 to 1°C lower than normal [2] - Precipitation is forecasted to be below normal in central and southern regions, with a decrease of 20% to 50% expected in areas like southeastern East China and central South China [2]

Core Insights - January saw higher than average temperatures in China, with significant fluctuations due to frequent cold air intrusions [2] - Precipitation levels were notably lower than the historical average, leading to drought conditions in several regions [2] Temperature and Weather Patterns - The average temperature from January 1 to 27 was -4.2°C, which is 0.7°C higher than the same period in previous years [2] - There were four cold air events, which is 1.2 times more than the historical average, with a significant cold wave occurring from January 16 to 21 [2] - The cold wave resulted in temperature drops exceeding 12°C over an area of approximately 2.78 million square kilometers, with 63 stations reporting drops of 20°C or more [2] Precipitation and Drought Conditions - The national average precipitation was 4.5 mm, which is 65.1% lower than the historical average for January [2] - Drought conditions have developed in southeastern East China and eastern South China, with areas experiencing moderate to severe drought [2] Dust Storm Events - Two dust storm events affected China in January, specifically from January 8 to 10 and January 17 to 19 [3] - The latter event reached sandstorm levels, impacting regions such as eastern and southern Xinjiang, central Gansu, and parts of Qinghai and Ningxia [3]

Core Insights - The 2025 Climate Bulletin of Qinghai Province indicates a general trend of higher temperatures across all seasons, uneven precipitation, and an increase in extreme weather events [1][2] Temperature Trends - The average temperature in Qinghai Province for 2025 is projected to be 3.5 degrees Celsius, which is 0.7 degrees Celsius higher than the historical average, marking it as the fourth warmest year since 1961 [1] - All four seasons are expected to experience higher temperatures, with autumn showing the most significant increase of 1.0 degrees Celsius; July and October are forecasted to set records for the highest average temperatures since 1961 [1] Precipitation Patterns - The annual average precipitation is estimated at 384.5 millimeters, close to the historical average, but with significant seasonal distribution disparities; spring precipitation is expected to be 30.6% lower than normal, marking the lowest level in 25 years [1] - Summer and winter precipitation is slightly above average, but the overall distribution remains uneven [1] Extreme Weather Events - The year 2025 is anticipated to see a high frequency of extreme weather events, including concentrated heavy rainfall in late July, with the number of rainstorm occurrences being the highest for the same period in history [2] - October is expected to witness the latest occurrence of heavy rainfall since 1961, with many areas recording historical precipitation levels [2] - Spring is projected to experience severe meteorological drought in the eastern regions, with the highest frequency of sandstorm events in the last 20 years [2] - Notable events include an unprecedented cold wave at the end of winter and the beginning of spring, along with a significant number of high-temperature heat events during summer [2]

Group 1 - The southern regions of China are experiencing relative humidity levels below 30%, indicating dry weather conditions [1][4] - Major cities such as Fuzhou (22%), Guilin (23%), Nanjing (24%), Xiamen (24%), Hangzhou (27%), and Changsha (28%) report significantly low humidity levels, with Guangzhou and Shenzhen at 34% and 32% respectively [1] - The dry weather pattern is expected to persist for the next week, with a warning for increased fire hazards and potential forest fire risks [1][4] Group 2 - From January 7 to 10, most of the country will continue to experience dry and clear weather, with little to no precipitation expected [2] - The Central Meteorological Observatory forecasts that only specific regions, including eastern Inner Mongolia, northeastern areas, and parts of southwestern China, will see precipitation above normal levels, while the majority of the country will have significantly less rainfall [2]

Core Insights - In 2025, China's average temperature is projected to reach 11.0°C, marking the warmest year since 1961, with Beijing experiencing the highest rainfall on record [1] - The average temperature in 2025 is expected to be 1.1°C higher than the normal average of 9.9°C, with 16 provinces recording their highest temperatures since 1961 [1] - The summer months (June to August) will see an average temperature of 22.3°C, also 1.1°C above the norm, tying with 2024 for the highest summer temperature since 1961 [1] - The number of high-temperature days in 2025 is forecasted to be 16.5 days, which is 7.4 days more than the average, representing the highest number since 1961 [1] - In terms of precipitation, 2025 will witness the most rainfall in Beijing since 1961, with 41 national meteorological stations recording historical rainfall levels [1] Weather Impact and Preparedness - Northern regions should be aware of the adverse effects of low temperatures and snow, while southern areas need to prepare for potential drought conditions [2] - The climate trend for January indicates that northeastern regions and parts of Inner Mongolia and western Xinjiang will experience lower temperatures and higher precipitation than usual, posing risks of cold weather, snow disasters, and ice [2] - Agricultural and livestock sectors in affected areas need to prepare for cold weather, while transportation, energy, and power sectors should have contingency plans for low-temperature snow disasters [2] - In contrast, central and southern regions of East and Central China are expected to have significantly less rainfall, with temperatures near or above normal, indicating a potential for drought development [2]