Core Viewpoint - The 2026 Central Document No. 1 emphasizes the implementation of agricultural climate resource surveys and zoning, marking a significant shift from "research and development" to "implementation," indicating readiness for nationwide promotion [1][3]. Group 1: Urgency and Necessity - The need for agricultural climate resource surveys arises from the lack of systematic assessments over the past 40 years, compounded by climate change effects such as increased heat resources and altered precipitation patterns, leading to a northward shift in planting zones [4]. - The increase in extreme weather events has heightened agricultural production volatility and food security risks, making scientific adaptation to climate conditions an urgent necessity [5]. Group 2: Implementation and Pilot Programs - The initiative to conduct agricultural climate resource surveys and zoning is a complex system project that requires reliable data and technological innovation, with pilot programs initiated in 2024 across seven provinces, expanding to 18 provinces by 2025 [6][7]. - The pilot programs have demonstrated significant economic benefits, such as an estimated indirect economic benefit of approximately 98.86 million yuan from apple planting climate zoning in Shaanxi and a recovery of about 1 billion jin of wheat losses in Henan due to risk warnings [6]. Group 3: Future Goals and Mechanisms - The core objective of the comprehensive agricultural climate resource survey and zoning is to deeply utilize climate resources, creating a detailed agricultural climate zoning map that covers multiple crops and dimensions [8][9]. - A sustainable mechanism for "research-application-feedback-optimization" will be established to ensure the continuous updating and practical application of the climate zoning map over a four-year period [9].

Core Viewpoint - The Chinese meteorological department will focus on food security by enhancing agricultural climate resource surveys and zoning, aiming to integrate meteorology into crop yield improvement actions by 2026 [1][3]. Group 1: Agricultural Climate Resource Survey and Zoning - A new round of national agricultural climate resource surveys and zoning has been fully initiated, with completion expected by 2029, including detailed surveys at national, provincial, municipal, and county levels [3][4]. - The agricultural climate zoning work will be progressively advanced, with a focus on major agricultural categories and crops [3][4]. Group 2: Impact of Climate Change on Agriculture - Climate change has increasingly affected agricultural production and food security, leading to challenges such as shifting planting boundaries and increased pest issues [4][7]. - The need for a scientific approach to agricultural climate resource surveys and zoning is emphasized to improve resource utilization efficiency and mitigate agricultural meteorological disasters [4][8]. Group 3: Characteristics of Agricultural Climate Resources - China's agricultural climate resources are diverse, with significant regional differences and a high impact from meteorological disasters [7]. - Recent trends show an increase in heat resources, while water resources are decreasing in certain regions, and light energy resources are increasing towards the northwest [7]. Group 4: Methodology for Surveys and Zoning - The current round of surveys and zoning will utilize advanced technologies such as geographic information systems and remote sensing to achieve precision at kilometer and even hundred-meter levels [8]. - The surveys aim to clarify the distribution characteristics of agricultural climate resources and propose strategies for efficient utilization and risk prevention [8].

Core Viewpoint - The China Meteorological Administration plans to accelerate the establishment of a new agricultural meteorological service system by 2026, focusing on comprehensive agricultural climate resource surveys and zoning [1] Group 1: Agricultural Meteorological Services - In 2026, the meteorological department will enhance the quality and effectiveness of meteorological services driven by demand, particularly in urban operations, transportation, energy security, digital economy, and financial insurance [1] - A new round of national wind and solar power resource surveys will be conducted [1] - The administration will deepen research on health meteorological risks and release pollen concentration forecast products [1] Group 2: Agricultural Climate Resource Survey - In 2024, a pilot agricultural climate resource survey and zoning will be conducted in seven provinces (autonomous regions) including Inner Mongolia and Liaoning [1] - In 2025, ten additional provinces (autonomous regions, municipalities) including Tianjin, Zhejiang, and Guangxi will be added as pilot units, along with nine new pilot crops [1] - The results from the agricultural climate resource survey and zoning pilot work will be utilized to adjust and optimize agricultural planting structures and production layouts [1] Group 3: Expert Insights - Industry experts believe that the comprehensive implementation of agricultural climate resource surveys and zoning in 2026 will provide strong support for the scientific utilization of climate resources, optimization of agricultural production structures, and effective mitigation of agricultural meteorological disasters [1]

Core Viewpoint - The Chinese Meteorological Administration plans to accelerate the establishment of a new agricultural meteorological service system by 2026, which will include a comprehensive agricultural climate resource survey and zoning [1]. Group 1 - The Chinese Meteorological Administration is focusing on enhancing agricultural services through improved meteorological support [1]. - A comprehensive survey of agricultural climate resources will be conducted to better inform agricultural practices [1]. - The initiative aims to create a more effective framework for agricultural meteorological services [1].

Core Insights - The recent completion of the 2025 agricultural climate resource survey and zoning pilot project in Shaanxi province aims to optimize agricultural production layout, enhance climate resource utilization, and improve disaster prevention, thereby strengthening agricultural resilience and ensuring food security and high-quality development of the apple industry [1][2]. Group 1 - The project team utilized multi-source data, including meteorological, geographical, phenological, and disaster data, to improve the climate zoning indicators and evaluation methods for apple cultivation [1][2]. - A total of 6329 spatial distribution maps were created, covering 30 agricultural climate resources across Shaanxi province from 1961 to 2023, along with 108 reports detailing the findings [2]. - The survey revealed trends and inter-annual differences in key agricultural climate resources such as light, heat, and water, providing essential references for agricultural production in response to climate change [2]. Group 2 - The survey collected approximately 27,000 pieces of information across 10 categories related to agricultural production, including land use, soil characteristics, planting systems, and crop development periods in 97 agricultural counties [2]. - The project produced 352 climate risk zoning maps for apple cultivation, identifying suitable areas and major disaster risk zones, and included quantitative assessments of potential suitable areas for apple cultivation and disaster risk sensitivity [2].