Combination Screening of Butterfly Host Plants and Its Breeding Method

Abstract

The invention discloses a combination of papilionidae butterfly host plants. The combination is composed of host plants and nectar source plants. The host plants consist of Chinese prickly ash, fructus evodiae, aristolochia debilis and aristolochia contorta. The nectar source plants consist of potentilla chinensis, spiraea, sanguisorba officinalis, zinnia, chrysanthemum indicum, marigold, aster novi-belgii, hemerocallis lilioasphodelus, hemerocallis middendorfii, lilium lancifolium and dianthus plumarius. With the combination provided by the invention, butterflies can be attracted by the plants, and papilionidae butterfly population living habits and reproduction requirements can be fully satisfied. A natural habitat circulation effect of the microclimate and the biological habitat formed by the combination of butterflies and the flowering plants and the surrounding integral ecological environment can be realized. The invention also provides a cultivation method of the papilionidae butterfly host plants. The operation is convenient, and landscape effect is significant.

Description

technical field

[0001] The present invention relates to the cultivation and propagation of butterfly host plants, and more specifically relates to the combined screening and cultivation method of the host plants of the precious butterfly species Ribbon Swallowtail and Citrus Swallowtail, Aristolochia aristolochia and Zanthoxylum bungeanum. Background technique

[0002] There are 12 families and about 2,153 species of butterfly resources in my country, with a relatively large number of species and individuals. Among them, there are more than 200 species of butterflies in Beijing. The development and utilization of the value of butterflies involves many aspects such as artificial breeding, butterfly garden viewing, wild flying, handicraft production, food, medicine, scientific research and so on. At present, the main problems in the utilization of butterfly resources are the limited amount of artificial breeding, severe wild capture, and fewer species and quantities of breedin...