Changes in climate and environmental conditions have aggravated the severity unpredictability of plant survival growth. Cunninghamia lanceolata (Lamb.) Hook. is an economically important timber tree. Exploring its potential distribution dynamic changes identifying leading variables affecting it will help to adjust planting range reasonably according habits change, thus contributing Based on MaxEnt model ArcGIS tool, climate, soil, terrain, human activities, variable environment layers, 395...

Climate change has a significant impact on species population size and distribution, global biodiversity, ecological status. The Liriodendron genus contains two species: chinense tulipifera, both playing important roles in timber, medicinal, landscape purposes. However, little is known about their distribution characteristics climatic factors shaping suitability. In this research, we used the geological record data, 19 climate components, MaxEnt, ArcGIS to recreate analyze potential...

As a magnoliid angiosperm, the Liriodendron chinense (Hamsl) Sarg in Magnoliaceae family is susceptible to external environmental factors. The TEOSINTE BRANCHED 1/CYCLOIDEA/PROLIFERATING CELL FACTORS (TCP) proteins known for their growth and developmental biological roles have been identified various plant species but not chinense. In this study, 15 TCP genes were L. genome, categorized into two classes, termed class I (PCF) II (CIN CYC/TB1). A total of 14 located on 10 chromosomes,...

The basic leucine zipper (bZIP) is a transcription factor family that plays critical roles in abiotic and biotic stress responses as well plant development growth. A comprehensive genome-wide study Liriodendron chinense was conducted to identify 45 bZIP factors (LchibZIPs), which were divided into 13 subgroups according the phylogenetic analysis. Proteins same subgroup shared similar gene structures conserved domains, total of 20 motifs revealed LchibZIP proteins. Gene localization analysis...

Heavy metal pollution possesses potential hazards to plant, animal and human health, which has become the focus of recent attention. Hence, phytoremediation been regarded as one most important remediation technologies for heavy-metal-contaminated soils. In this research, a dominant mine tailing Macleaya cordata, was used experimental material compare transport oxidative stress response in its roots under lead (Pb) zinc (Zn) treatments. The result showed that Pb mainly accumulated M. cordata...

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bHLH transcription factors play an animated role in the plant kingdom during growth and development, responses to various abiotic stress. In this current study, we conducted, genome-wide survey of Liriodendron chinense (Hemsl) Sarg., 91 LcbHLH family members were identified. Identified gene grouped into 19 different subfamilies based on conserved motifs phylogenetic analysis. Our results showed that genes clustered same subfamily exhibited a similar conservative exon-intron pattern....

α-linolenic acid is an essential unsaturated fatty in organisms. However, there a large gap between accumulation and its synthesis mechanism insects. Fatty synthases (FASs) desaturases (Desats) are vital enzymes required for the of acids.The pupae Glyphodes pyloalis (Lepidoptera: Pyralidae), which destructive pest mulberry trees, contain highest level compared to other life-history stages. To further explore G. pupae, we constructed pupal transcriptome dataset identified 106 genes related...

Low temperature stress is one of the most important factors limiting plant growth and geographical distribution.In order to adapt low temperature, plants have evolved strategies acquire cold tolerance, known as, acclimation.Current molecular genomic studies reported that annual herbaceous perennial woody share similar acclimation mechanisms.However, perennials also require extra resilience survive winters.Thus, trees acquired complex dynamic processes control development dormancy resistance,...

Calcium-dependent protein kinases (CDPKs) phosphorylate downstream target proteins in response to signals transmitted by free calcium ions (Ca2+, one of the second messengers) and thus play important regulatory roles many biological processes, such as plant growth, development, stress response. A bioinformatic analysis, well thorough evolutionary expression investigations, were conducted confirm previous reports functional evidence for CDPKs. Using Phytozome database's BLAST search engine...

The relationship between maximizing forest revenue and reducing environmental pollution has been a challenging one. It is every country’s responsibility to protect its reserves mitigate climate change. Studies on the economic models change are limited, most of them focus forestry products. This study aims at filling gaps makes scientific contributions by providing detailed account various their correlations with change, as well identifying ecological footprint products, fossil fuel...

Intensive irrigation coupled with excessive nitrogen (N) fertilizer input has resulted in high soil greenhouse gas (GHG) emissions vegetable cropping systems. Biochar as a amendment been advocated desirable option to reduce GHG agricultural systems, but its interactive effects N availability systems have yet be clarified. We performed field study examine how biochar interacts driving annual methane (CH4) and nitrous oxide (N2O) from an intensively-irrigated system acting both sources of...

Heat shock proteins (HSPs) are conserved molecular chaperones whose main role is to facilitate the regulation of plant growth and stress responses. The HSP gene family has been characterized in most plants elucidated as generally stress-induced, essential for their cytoprotective roles cells. However, not yet analyzed Liriodendron chinense genome. In current study, 60 genes were identified L. genome, including 7 LchiHSP90s, 23 LchiHSP70s, 30 LchiHSP20s. We investigated phylogenetic...

Liriodendron chinense is susceptible to extinction due the increasing severity of abiotic stresses resulting from global climate change, consequently impacting its growth, development, and geographic distribution. However, L. remains pivotal in both socio-economic ecological realms. The LRR-RLK (leucine-rich repeat receptor-like protein kinase) genes, constituting a substantial cluster kinases plants, are crucial for plant growth stress regulation unexplored chinense.