Jiuxin Lai, Liebao Han
School of Grassland Science, Beijing Forestry University, Beijing, China.
Front Plant Sci. 2022 Jun 14;13:922175. doi: 10.3389/fpls.2022.922175. eCollection 2022.
Turfgrasses are an important vehicle for urban ecology and one of the most important indicators of economy and civilization. The biological characteristics of different turfgrass species affect the productivity and quality of the turf and its potential use in landscapes, slopes, and sports fields. Cultivation and management techniques can assist turfgrasses to meet the challenges of climate change, while the development of molecular breeding will provide a broader platform for the application of turfgrasses. The turfgrass industry of China has developed considerably in the last three decades; however, there is still an objective gap with developed countries. This manuscript reviewed the research progress of turfgrass resistance breeding, analyzed the bottlenecks in the development of turfgrass resistance breeding, and put forward the strategies to cope with the bottlenecks. Our review aims to promote research and utilization of turfgrasses.
草坪草是城市生态的重要载体,也是经济和文明的重要指标之一。不同草坪草种的生物学特性影响草坪的生产力和质量及其在景观、边坡和运动场中的潜在用途。栽培和管理技术可以帮助草坪草应对气候变化的挑战,而分子育种的发展将为草坪草的应用提供更广阔的平台。中国草坪草产业在过去三十年中有了长足发展;然而,与发达国家仍存在客观差距。本文综述了草坪草抗性育种的研究进展,分析了草坪草抗性育种发展中的瓶颈,并提出了应对瓶颈的策略。我们的综述旨在促进草坪草的研究与利用。