Shade tolerance indoor detection method for poaceae turf grass

Abstract

The invention discloses a shade tolerance indoor detection method for poaceae turf grass. The method includes steps: (1) selecting a test room; (2) partitioning into single chambers; (3) shading and isolating; (4) simulating natural brightness; (5) simulating natural wind; (6) manufacturing culture troughs; (7) detecting shade tolerance. Compared with the prior art, the method has advantages that the poaceae turf grass can still grow normally under high shading conditions, and flowering and fruiting are realized, so that complete and accurate shade tolerance of the poaceae turf grass can be obtained.

Description

technical field [0001] The invention belongs to the technical field of shade tolerance detection of turfgrass, in particular to an indoor detection method of the shade tolerance of gramineous lawn grass. Background technique [0002] Today's society is developing very fast, especially in cities, roads, and villages. Some viaducts, overpasses, tall buildings, woods and other shady areas are also increasing and expanding in area. However, the shading degree in these areas is relatively high. At present, there is no lawn grass that can adapt to the environmental conditions of high shading, so it is relatively difficult to plant lawns. Therefore, it is imperative to screen new turfgrass varieties with strong shade tolerance and test them effectively. [0003] At present, there is no research on the indoor test method for detecting the shade tolerance of gramineous plants, and the shade tolerance of general gramineous plants is less than 60% shading, and when it reaches 70% shad...

AI Technical Summary

Problems solved by technology

[0003] At present, there is no research on the indoor test method for detecting the shade tolerance of gramineous plants, and the shade tolerance of general gramineous plants is less than 60% shading, and when it reaches 70% shading, it will often grow poorly, let alone bloom and bear fruit normally. Therefore, it is impossible to obtain the growth under the higher degree of shade, so that the accurate shade tolerance cannot be obtained

Images