Biomass should play a dominant role, of about 85%, in the structure of renewable resource utilization by 2030. Biomass is usually used in the form of firewood or wood residues from sawmills, the paper industry and woodworking industries. Other forms, such as straw biomass residues and residues from logging are used less often. If the current trend continues, then short rotation coppice (SRC) of fast-growing trees will be planted on larger areas of agricultural land. The main function of these SRCs in most cases is to produce biomass as biofuel and/or a raw material. The landscape effect of thes,e SRCs has been considered only a by-product of this new form of management. The importance of SRCs for landscape and agricultural practices is one of the conditions for their future development. This article will deal with the landscape functions of SRCs of fast-growing trees and their contributions (benefits) for landscape biodiversity. It will also address the problems of evaluating the biodiversity of the SRCs of fast-growing trees. This research will answer the question of the stability and functionality of stands as a whole and, at the same time, highlight the role of stands in increasing landscape biodiversity. In this article, research results from the initial years are presented.