CLIMATE CONSULTING SYSTEM FOR INTRODUCING SPECIES OF TROPICAL AND SUBTROPICAL CROPS
Liu Jin-luan
Abstract
Liu Jin-luan
Abstract
Based on the establishment of bulky species,climate and agroclimate index databases,a climate consulting system for introducing species of tropical and subtropical crops was developed abiding by the agroclimate similarity principle,i.e.using key climate factors in key period of crop growth,development and yield formation.The system is able to display rapidly the information of more than 26 000 tropical and subtropical species and climate data of more than 20 000 meteorological stations in the world.As far as some species are concerned,the system is also able to compute agroclimate similarity degree between each station in Guangdong and each station in the world and print special maps for agroclimate similarity degree.
A significance statement is not available in the OpenAlex record.
A contribution statement is not available in the OpenAlex record.
Method details are not available in the OpenAlex metadata.
Findings are not separately available in the OpenAlex metadata.
Limitations are not available in the OpenAlex metadata.
Application details are not available in the OpenAlex metadata.
Based on the establishment of bulky species,climate and agroclimate index databases,a climate consulting system for introducing species of tropical and subtropical crops was developed abiding by the agroclimate similarity principle,i.e.using key climate factors in key period of crop growth,development and yield formation.The system is able to display rapidly the information of more than 26 000 tropical and subtropical species and climate data of more than 20 000 meteorological stations in the world.As far as some species are concerned,the system is also able to compute agroclimate similarity degree between each station in Guangdong and each station in the world and print special maps for agroclimate similarity degree.
Key concepts: Subtropics, Humid subtropical climate, Tropical climate, Tropics, Climatology, Climate change, Geography, Similarity (geometry)