Advances in Plant Science Research Celebrating Nanjing Forestry University's 120th Anniversary

• Format: eBook
• Language: English
• Published: Basel MDPI - Multidisciplinary Digital Publishing Institute 2025
• Subjects: 3D point cloud; Agribusiness and primary industries; bacterial community; BIOCLIM; bioclimate; biodiversity; biodiversity conservation; biogeography; Biology, life sciences; callus induction; cell structure and morphology development process; Cerasus; chloroplast; chronosequence; Cinnamomum guizhouense; codon usage; conservation; correlation; Cunninghamia lanceolata; Cunninghamia lanceolata (Lamb.) Hook; Danxia Mountain; dioecious; diversity; DOMAIN; Economics, Finance, Business and Management; ecosystem functions; endogenous hormones; endosperm contents; environmental variables; flora; Forestry industry; germination percentage; global geographical patterns; green plum; Hainan Island; heterophylly; hotspots; hydraulic efficiency; hypothesis; Ilex; Industry and industrial studies; interspecific and intraspecific; Lauraceae; leaf anatomical structure; leaf anatomy; leaf gas exchange; leaf ultrastructure; Mathematics and Science; maturation; micro-defect detection; microbial C; microbial metabolism; moisture content; molecular phylogeny; MRI; multi-learner model; needle traits; new species; NIR spectroscopy; nitric acid rain; NMR; non-destructive detection; nutrient availability; origin; Ormosia hosiei; P limitation; Persea group; phenotypic differentiation; phenotypic traits; phenotypic variation; Phoebe sheareri; photosynthetic efficiency; photosynthetic light response model; photosynthetic rate; phylogenomics; phylogeny; phylogeographic structure; Pinus hwangshanensis W. Y. Hsia; Pinus massoniana Lamb; Pinus massoniana seedlings; plasticity; plastid genome; plastome; point cloud segmentation; poplar plantation; protoplast preparation; pruning; Prunus; Q. acutissima; Q. variabilis; Quercus acutissima forests; recalcitrant seeds; Reference, Information and Interdisciplinary subjects; Research and information: general; root systems; seed embryo; seed orchard; seed type; SFM; SNPs; soil; soil carbon pool; soil enzyme activities; soil labile organic carbon; soil macropores; soil properties; soil saturated hydraulic conductivity; soil warming; species distribution model; species richness; subtropical forest; suitable area; taxonomy; Toxicodendron vernicifluum; transient transfection; understory vegetation; water loss site; water migration rule; waterlogging stress; Yellow River Delta
• ISBN: 9783725828098; 9783725828104; 3725828105; 3725828091
• DOI: 10.3390/books978-3-7258-2809-8

We hope that the publication of this Special Issue will provide an overview of recent systematic advances in plant science research in China, particularly within forestry research, introduce in-depth perspectives on future developments, and provide a tribute to the 120th anniversary of NJFU. NJFU, as the national "Double First-Class" initiative university featuring modern forestry science, aims to strengthen major national strategies such as biological breeding, ecological civilization construction, rural revitalization, carbon peaks and carbon neutrality, and healthy China, as well as to support high-quality development with high levels of scientific and technological self-reliance. After 120 years of development, Nanjing Forestry University is not only a distinguished and important institution of higher learning with a strong heritage, but also a place where profound ideas converge. NJFU continues to maintain its revolutionary legacy and ecofriendly focus, committed to building a world-class university with a focus on forestry and distinctive characteristics.