Beijing Forestry University

Motion‐Robust Multichannel sEMG Array for High‐Fidelity Muscle Fatigue Monitoring

ABSTRACT Real‐time muscle fatigue monitoring during dynamic activities is critical for preventing injury and optimizing performance, yet remains hindered by motion‐induced signal artifacts in conventional wearable systems. Here, we present a motion‐robust, multichannel surface el...

Seeing the future or losing it? The roles of STARA awareness and career crafting in shaping perceived employability

Purpose Rapid advances in smart technologies, artificial intelligence, robotics and algorithms (STARA) are reshaping the nature of work and raising concerns about employees' employability. Drawing on the theory of purposeful work behavior, our study examines how individuals' futu...

Controlled Flexibility in Metal–Organic Frameworks for CO2 Capture: A Mini-Review from Selective Triggering to Process-Relevant Breakthrough Performance

Abstract Flexible metal-organic frameworks (MOFs) can translate small differences in gas-framework interactions into large adsorption responses through gate opening, breathing, or local site reconstruction. This review refocuses CO2 capture and separation in flexible MOFs on a si...

How climatic, edaphic, and biotic drivers collectively govern large-scale grassland biomass allocation

Abstract The pattern of vegetation biomass allocation is a key mechanism for understanding the carbon sequestration function of grassland ecosystems and their responses to global change. By integrating multi-scale observations and global datasets, this study applied extreme gradi...

Comparative metabolomics, network analysis, and fraction-based in vitro evaluation of three Lagerstroemia species reveal bioactive compounds and potential for sustainable industrial applications

Lagerstroemia plants are widely cultivated as ornamental trees, while also being traditionally used in China and Southeast Asia as functional tea beverages, fragrant flowering trees, and herbal medicines, indicating their potential as industrial crops enriched with high-value bio...

Theoretical Study on the Reaction Mechanism of Closed-Loop Recyclability of a Biomass-Derived Epoxy Resin Thermoset by Methanolysis

Abstract Epoxy resin thermosets (ERTs) represent a significant category of polymeric materials. However, ERTs have high cross-linking and are difficult to decompose, leading to unacceptable environmental pollution. It is evident that there is a critical need for the development o...

Topographic factors and physical traits jointly shape the mechanical properties of Phyllostachys edulis

Understanding the drivers of variations in bamboo mechanical properties is essential for both sustainable resource utilization and material performance optimization. However, the relative contributions of bamboo physical traits and topographic factors to intraspecific mechanical...

Ecology and Brain Size Drive Feeding Innovations in Birds

Feeding innovations, reflecting behavioral plasticity, are crucial for animals adapting to rapidly changing environments. Although larger brains are theorized to enhance adaptability by increasing behavioral flexibility, the combined influences of brain size and ecological factor...

Drought Stress Mediated Changes in Food Crops: Mechanisms and Remediation Strategies

ABSTRACT Climate change has intensified drought frequency and severity, threatening global food security, particularly for staple crops like maize, wheat, and soybean. As central secondary metabolites, flavonoids orchestrate cellular redox homeostasis, stress signal transduction,...

Hyperbranched Topological Design Enables Catalyst‐Free Recyclability and Exceptional Toughness in Fully Bio‐Based Epoxy Networks

ABSTRACT The fundamental paradox between robust mechanical performance and sustainable recyclability remains a critical challenge for thermosetting polymers and emerging covalent adaptable networks. Herein, a paradigm for fully bio‐based, hyperbranched dynamic epoxy networks (FGP...

How Do Human Land Use Changes and Ecological Restoration Drive Ecological–Economic–Social Coupling Coordination Across the Yellow River Basin in China?

Conflicts between intense human activity and fragile ecosystem protection have and will continue to affect the ecological–economic–social complex system across the Yellow River Basin. An enhanced understanding of the effects of human land use changes and ecological restoration on...

Point-line visual-inertial odometry with length-filtered and collinearity-labeled line segments

Abstract Reliable extraction of line segments from complex scenes has been enabled by the line segment detector (LSD) algorithm, which provides accurate geometric information for various visual perception applications. However, LSD often extracts line segments that are either exc...

Dual Roles of RAD23b and RAD4 on the Desiccation Tolerance of Germinated Seeds

Desiccation tolerance (DT) is a survival trait enabling orthodox seeds to withstand extremely low water content. While some protective factors are characterised, it remains mechanistically obscure. Here, based on PEG-induced DT re-establishment in germinated Brassica napus L. see...

What Drives Understory Plant Functional Diversity in Karst Plantations? Critical Roles of Canopy Gap and Soil Nitrogen

Establishing plantations in areas characterized by fragile natural vegetation emerges as a crucial approach to ecological restoration in karst regions. However, strong environmental filtering in karst regions constrains the ecological functions of understory plant communities. As...

Dividends Beneath the Canopy: National Forest City Designation and Urban Inclusive Green Growth—Evidence from China

Amid China’s pursuit of ecological civilization and high-quality development, a central policy challenge lies in designing environmental governance instruments that can simultaneously deliver ecological improvement and socially inclusive outcomes. Using the National Forest City (...

The Impact of Energy‐Consuming Right Trading Policy on Green Technology Innovation in China

ABSTRACT China is committed to building the energy‐consuming right trading market. In this article, the impact of energy‐consuming right trading policy (ERTP) on green technology innovation (GTI) of Chinese manufacturing industry listed companies is evaluated. The results show th...

Coupled Electrolysis for Energy Efficient CO2 Reduction to Formic Acid Enabled by Reconstruction of Indium-Based Catalysts

Abstract Electrochemical CO2 reduction to formate represents a promising avenue for closing the anthropogenic carbon cycle, yet the structural reconstruction of selective indium-based catalysts under operating conditions poses challenges for identifying active sites and elucidati...

Conditional cooling from large-scale urban afforestation: ecosystem functioning and planning implications

Large-scale urban afforestation is increasingly promoted as a Nature-Based Solution for reducing urban heat. Yet afforestation does not cool cities uniformly, and the conditions under which it delivers sustained thermal benefits remain poorly understood. This uncertainty limits t...

Small mammalian herbivores at moderate densities facilitate livestock growth by improving vegetation composition in grasslands

Small mammals and large herbivores have co-evolved in grasslands for millions of years, yet how they interplay remains unclear. Although large herbivores can significantly affect the smaller ones, the reversal effect is largely unknown. On the Qinghai–Tibetan Plateau, plateau pik...

Evaluation of Ornamental Traits and Their Associations with Genomic Simple Sequence Repeat Markers in Globba sherwoodiana

Globba spp. is a perennial herbaceous plant of the Zingiberaceae family, characterized by its unique floral architecture and diverse coloration with high ornamental and medicinal value. However, research on the genetic basis of Globba is still insufficient, and only a limited num...