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辽宁省蓝莓潜在适生区

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依据蓝莓生物学特性和环境要求,建立起包含地形、土壤、气候三方面共11个指标的辽宁省蓝莓潜在适生区评价指标体系,综合运用层次分析法、地理信息系统空间分析技术、系统聚类分析法,开展辽宁省蓝莓潜在适生区划研究.结果表明:①基于地形、土壤、气候条件的辽宁省蓝莓种植适生区面积分别占辽宁省总面积的81.68%、60.86%、78.16%,土壤条件对蓝莓潜在分布具有明显的限制作用;②从综合区划来看,辽宁省蓝莓适生区面积约为7.628× 104km2,占辽宁省总面积的51.54%,主要分布于辽东半岛、辽河平原大部地区以及辽东湾西部沿海地区,其中辽河平原地区作为粮食主产区,不建议大规模发展蓝莓产业,建议将辽东半岛和辽东湾西部沿海地区作为辽宁省蓝莓产业发展的重点地区;③运用系统聚类法,将辽宁省59个县(市)区进行了二级区划,分为潜在适生区3个亚区和非适生区2个亚区,其中潜在适生区第1亚区在自然条件上具备明显的种植优势,非适生区第2亚区蓝莓种植条件最不理想.区划结果与现有蓝莓种植区较为吻合,可为辽宁省蓝莓产业规划提供科学依据.
Study on Potential Suitable Area of Blueberry in Liaoning Province
Liaoning Province is a major province for blueberry cultivation.Research on suitable areas for blueberries can provide a certain theoretical basis for the development planning of the blueberry industry,strengthening the utilisation of local agricultural climate resources,improving the yield and quality of blueberries,and increasing economic benefits.In this study,the northern high bush blueberry is the main research object.Based on its biological characteristics and environmental requirements,an evaluation index system for potential suitable areas for blueberries in Liaoning Province is being established,which includes 11 indicators from three aspects:terrain,soil and climate.The Analytic Hierarchy Process,Geographic Information System spatial analysis technology and systematic cluster analysis are used to study the potential suitability of blueberry regionalising in Liaoning Province.The results are as follows:(1)The suitable planting areas for blueberries based on terrain,soil and climate account for 81.68%,60.86%and 78.16%of the total area of Liaoning Province,respectively.Soil conditions have an obvious limiting effect on the potential distribution of blueberries,mainly due to the high soil pH and low suitability level of EC value in some areas,which make soil improvement difficult.(2)From the comprehensive regionalising point of view,the suitable area for blueberries in Liaoning Province is about 7.628X 104 km2,accounting for 51.54%of the total area of Liaoning Province,which is primarily distributed in the Liaodong Peninsula,the Liaohe Plain and the western coastal area of the Liaodong Bay,among which the most suitable area is primarily distributed in the middle of Liaohe Plain,the southern part of the Liaodong Peninsula and a few coastal areas in the western part of the Liaodong Bay.It should be noted that as the main grain-producing area,Liaohe Plain is not recommended for large-scale development of the blueberry industry,so it is suggested that the Liaodong Peninsula and western coastal areas of the Liaodong Bay should be the key areas for the development of the blueberry industry in Liaoning Province.(3)The 59 counties(cities)in Liaoning Province are divided into three sub-regions with potential suitability and two sub-regions with non-suitability.The first sub-region of potential suitability has apparent planting advantages in terms of natural conditions and the other conditions are more suitable except for slightly lower winter low temperature;the planting conditions for blueberries in Subregion 2 of non-suitable areas are the least ideal,and the main restriction factors are high soil pH or low winter temperature,so it is not recommended to develop the blueberry industry.(4)In practical application,the results of comprehensive regionalization and secondary regionalization of suitable areas should be combined to determine the overall suitability of each county(city)district based on secondary regionalization of suitable areas,and then conduct a detailed investigation of each county(city)district based on comprehensive regionalization to analyse and judge the planting advantages and constraints of each region before making scientific decisions.The regionalization results are in good agreement with the existing blueberry growing areas,which can provide a scientific basis for blueberry industry planning in Liaoning Province.

blueberrypotential suitable areaindex systemGISregionalizing

谭丽静、范佳文、王楠、王吉慧、王明亮、樊希彬

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辽宁省丹东市气象局,丹东 118000

辽宁省丹东市人工影响天气办公室,丹东 118000

辽宁省大洼县气象局,盘锦 124200

蓝莓 潜在适生区 指标体系 GIS 区划

辽宁省气象局科学技术研究项目

ZD202213

2024

气象科技
中国气象科学研究院 北京市气象局 中国气象局大气探测技术中心 国家卫星气象中心 国家气象信息中心

气象科技

CSTPCD
影响因子:1.154
ISSN:1671-6345
年,卷(期):2024.52(2)
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