气象灾害对凯里地区设施农业的影响及防灾减灾策略

Impacts of Meteorological Disasters on Protected Agriculture in Kaili Region and Strategies for Disaster Prevention and Mitigation

摘要: 影响凯里地区设施农业的主要气象灾害包括暴雨、冰雹、雷暴大风以及低温阴雨等天气。设施农业作为现代农业的重要组成部分，通过人工控制环境条件以提高作物产量和质量，但在面对气象灾害时仍显示出一定的脆弱性。本文针对气象灾害对凯里地区设施农业的影响与防灾减灾策略进行了深入探究。首先本文概述了凯里地区气候及主要气象灾害类型。随后，全面深入分析了凯里地区气象灾害对设施农业的影响，包括设施结构破坏与损失评估、作物生长发育的影响、经济损失与产业链条冲击、食品安全与农民生计影响等方面。在此基础上，本文提出了一系列行之有效的防灾减灾策略。这些策略以预警前置、设施加固、棚内环境调控、灾后应急救助为核心，并结合当地气候特点精准实施，旨在降低气象灾害对设施农业的不利影响，保障农业生产和农村经济稳定健康发展，为进一步优化防灾减灾策略提供科学依据与实践参考。

Abstract: The core meteorological disasters affecting protected agriculture in the Kaili area include rainstorms, hailstorms, thunderstorm gales, and low-temperature overcast and rainy weather. As an important component of modern agriculture, protected agriculture improves crop yield and quality through artificial environmental control, yet it still exhibits certain vulnerability when facing meteorological disasters. This paper conducts an in-depth study on the impacts of meteorological disasters on protected agriculture in Kaili and corresponding disaster prevention and mitigation strategies. Firstly, the paper summarizes the climate characteristics and major types of meteorological disasters in the Kaili area. Then, it thoroughly analyzes the impacts of these disasters on local protected agriculture, including damage to facility structures and loss assessment, effects on crop growth and development, economic losses and impacts on the industrial chain, as well as influences on food safety and farmers’ livelihoods. On this basis, a series of effective disaster prevention and mitigation strategies is proposed. These strategies center on early warning, facility reinforcement, internal greenhouse regulation, and post-disaster emergency relief, and are implemented precisely according to local climatic conditions. The aim is to reduce the negative impacts of meteorological disasters on protected agriculture, ensure the stable and sound development of agricultural production and the rural economy, and provide a scientific basis and practical reference for further optimizing disaster prevention and mitigation strategies.