About: Miscanthus sinensis is a research topic. Over the lifetime, 548 publications have been published within this topic receiving 10924 citations. The topic is also known as: maiden silvergrass.
TL;DR: Miscanthus is a tall perennial rhizomatous grass with C4 photosynthesis which originated in East Asia and has been successfully grown in Europe over the past 10 years as discussed by the authors.
Abstract: Miscanthus is a tall perennial rhizomatous grass with C4 photosynthesis which originated in East Asia. This article provides an overview of the most important results and experience gained with miscanthus in Europe over the past 10 years. Field trials have been established throughout Europe from the Mediterranean to southern Scandinavia. Most reported trials have used a vigorous sterile clone Miscanthus x giganteus, which has been propagated vegetatively either by rhizome cutting or in vitro culture. Yields in autumn have been reported in excess of 30 t ha−1 (12 t acre−1) for irrigated trials in southern Europe. Without irrigation autumn yields of 10–25 t ha−1 (dry matter) can be expected. The quality of miscanthus biomass for combustion is in some respect comparable to woody biomass and normally improves by delaying harvesting until the spring, although harvestable yields are thus reduced by 30–50% compared with autumn yields. Different technical options for establishment, harvesting and handling of miscanthus have been developed and these significantly effect production costs. Miscanthus production is characterized by low fertilizer and pesticide requirements making it a relatively benign crop environmentally. The main limitations to miscanthus production from M. x giganteus are the high establishment costs, poor over-wintering at some sites and insufficient water supply in southern regions of Europe. New agronomic techniques and new genotypes with improved characteristics are being developed and screened over the wide range of ecological conditions in Europe. Against this background of European experience the prospects for growing miscanthus in North America are discussed.
TL;DR: The unique and extensive management of M. sinensis in Japan as a forage grass and building material provides agronomists, agroecologists, and plant breeders with the capability of better understanding this species in terms of potential contribution to bioenergy crop development.
Abstract: Among several candidate perennial taxa, Miscanthus×giganteus has been evaluated and promoted as a promising bioenergy crop. Owing to several limitations, however, of the sterile hybrid, both at the taxon and agronomic production levels, other options need to be explored to not only improve M. ×giganteus, which was originally collected in Japan, but to also consider the development of other members of its genus, including Miscanthus sinensis, as bioenergy crops. Indeed, there is likely much to be learned and applied to Miscanthus as a bioenergy crop from the long history of intensive interaction between humans and M. sinensis in Japan, which in some regions of the country spans several thousand years. Combined with its high amount of genetic variation, stress tolerance, biotic interactions with fauna, and function as a keystone species in diverse grasslands and other ecosystems within its native range, the unique and extensive management of M. sinensis in Japan as a forage grass and building material provides agronomists, agroecologists, and plant breeders with the capability of better understanding this species in terms of potential contribution to bioenergy crop development. Moreover, the studies described in this review may serve as a platform for future research of Miscanthus as a bioenergy crop in other parts of the world.
TL;DR: Results from a field trial in Southern Germany showed that new hybrids between M. sacchariflorus and M. sinensis should be developed that have many growth characteristics similar to M.×giganteus but with improved rhizome freeze tolerance in winter.