Effective Means Research Articles

Background Factors Affecting the Radiation Exposure of the Lens of the Eye among Nurses in Interventional Radiology: A Quantitative Observational Study.

With the International Commission on Radiological Protection's (ICRP) reduction in the radiation dose threshold for cataracts, evaluating and preventing radiation exposure to the lens of the eye among interventional radiology (IR) staff have become urgent tasks. In this study, we focused on differences in lens-equivalent dose (HT Lens) to which IR nurses in three hospitals were exposed and aimed to identify factors underlying these differences. According to analyses of time-, distance-, and shielding-related factors, the magnitude of the HT Lens dose to which IR nurses were exposed could be explained not by time or shielding but by the distance between the X-ray exposure field and the location of the IR nurse. This distance tended to be shorter in hospitals with fewer staff. The most effective means of reducing the exposure of the lenses of IR nurses' eyes to radiation is to position them at least two meters from the radiation source during angiography procedures. However, some hospitals must provide IR departments with comparatively few staff. In work environments where it is infeasible to reduce exposure by increasing distance, interventions to reduce time by managing working practices and investment in shielding equipment are also important. This study was not registered.

Optical and Color Modification in Polycarbonate/Polybutylene Terephthalate/Zinc sulfide-Nickel Oxide Nanocomposite Films due to Gamma Irradiation

Nanocomposites (NC) of amorphous polycarbonate (PC), semicrystalline polybutylene terephthalate (PBT), zinc sulfide (ZnS) and nickel oxide (NiO) nanoparticles (NP) were synthesized. We believe that this study is novel in the area of the effect of γ radiation on such NC. Both the synthesized NiO and ZnS had a nanonature of average particle size 4 and 18 nm, respectively, as indicated from the Rietveld refinement of the XRD records. Samples of the PC-PBT/ZnS-NiO NC films were irradiated with several γ doses (10–140 J/cm2). The resultant outcome of the γ irradiation on the optical behavior of the NC films was studied applying ultraviolet spectroscopy (UVs). Upon raising the dose up to 140 kGy, the direct bandgap decreased from 4.11 to 3.6 eV. The Urbach energy showed an opposite tendency; it increased from 0.61 to 0.95 eV. We attribute this to the dominance of chain crosslinks. Also, the optical dielectric loss (ε″) aided in detecting the nature of the microelectronic transitions. It was found that the PC-PBT/ZnS-NiO NC films had direct allowed transitions. Additionally, the γ induced alterations in the dielectric parameters and optical conductivity were studied. Moreover, the optical color changes between the pristine and the irradiated films were assessed. The pristine NC film was uncolored. It showed significant color alterations when irradiated with γ radiation up to 140 kGy. The induced enhancements in the optical properties suggest that the γ radiation is an effective means that allows the use of PC-PBT/ZnS-NiO NC in optoelectronic devices.

ORGANIZATION OF INFORMATION PROTECTION AT THE «DRIVE PETROL» ENTERPRISE USING A CRYPTOGRAPHIC ALGORITHM AES

In today's digital age, information protection is becoming a dominant task, as the number of threats in the field of cyber security is constantly increasing. In this context, the implementation of effective protection means, among which encryption takes a key place, becomes especially important. The AES (Advanced Encryption Standard) cipher appears to be an exceptionally powerful tool aimed at ensuring data privacy. Information security is an extremely important aspect in the digital age, where cyber security threats are constantly increasing. In this context, encryption becomes a necessity, and the AES (Advanced Encryption Standard) cipher appears to be an exceptionally effective tool for ensuring data privacy. AES is used to protect information by converting it into cryptographically unreadable form. Due to the high degree of complexity and the possibility of using keys of different lengths, from 128 to 256 bits, AES guarantees a high level of security. Its resistance to attacks provides reliable protection against unauthorized access. One of the key advantages of AES is its versatility – it is used in a variety of industries, including finance, medicine, telecommunications, and more. The cipher has high performance, which makes it the optimal solution for protecting confidential information in a world where security becomes a priority. The application of AES not only protects data from unauthorized access, but also contributes to the overall level of security in the digital environment, ensuring excellent compatibility with various industries and user needs.

Magnetic capture device for large volume sample analysis.

Immunomagnetic separation (IMS) techniques employing superparamagnetic particles can successfully isolate various components from mixtures. However, their utility can be limited for large-volume samples, viscous samples, or those containing a high density of particulate matter because of the need to generate high field gradients for particle recovery. Therefore, a new class of immunomagnetic particles was devised utilizing a single, macroscopic Pyrex spinbar conjugated with biorecognition elements to address these limitations. Advantages include an inherent capacity for effective mixing, an almost instantaneous recovery of the spinbar that can be performed without expensive equipment and with no loss of magnetic particles during processing, and reduced transfer of sample matrix. As a result, spinbars can provide an effective means for IMS with large-volume assays composed of complex matrices.

Influence of Plastic Waste Management on the Environment: A review

Plastics have become a modern-day nuisance to the environment and man due to improper management at their end-of-life. The structure and additives in fossil-based plastics make them non-biodegradable and, therefore, can persist in the environment for hundreds of years. Since a small percentage of plastic waste is recycled annually (9%) most of this plastic waste is being managed by open-air incineration or disposal in landfills where these additives can easily contaminate the air, soil, and water apart from the fact that a lot of these plastic waste find their way into our water bodies resulting to a lot of harm to the Eco-system. Recycling of plastic is an effective means of tackling the menace of plastic pollution, with chemical recycling as the most effective recycling process as it completely removes the waste plastic from the environment. Manufacturing and use of bioplastics like Polylactic acid, a good substitute for fossil-based polymer polyethylene terephthalate (PET), is a welcome development with the People’s Republic of China championing in the production. Legislative tools have been enacted in countries across the globe banning the use and manufacturing of single-use plastic bags. The implementation of this legislative move has been effective in some countries like the People’s Republic of China, Morocco, and Rwanda. Nigeria enacted the Plastic prohibition bill banning the manufacturing, use, and importation of all plastic bags in May 2019. This ban does not affect the behavioral and plastic management system in Nigeria as plastic bags are still used in cities across the country, littered in waterways and landfills. Therefore, there is a need to review the bill to include waste generation and management. Emphasis should also be placed on the production, and use of cost-effective bioplastic polymers and products

Antifungal Activities of L-Methionine and L-Arginine Treatment In Vitro and In Vivo against Botrytis cinerea.

Gray mold caused by Botrytis cinerea is a common postharvest fungal disease in fruit and vegetables. The prevention and treatment of postharvest gray mold has been one of the hot research issues addressed by researchers. This study aimed to investigate the effect of L-methionine and L-arginine on Botrytis cinerea in vitro and on cherry tomato fruit. The results of the in vitro experiment showed that L-methionine and L-arginine had significant inhibitory effects on the mycelial growth and spore germination of Botrytis cinerea, and the inhibitory effects were enhanced with increasing L-methionine or L-arginine concentration. In addition, L-methionine and L-arginine treatment increased the leakage of Botrytis cinerea electrolytes, proteins and nucleic acids. The experiment involving propidium iodide staining and malondialdehyde content assay also confirmed that L-methionine and L-arginine treatment could lead to cell membrane rupture and lipid peroxidation. The results of scanning electron microscopy further verified that the morphology of hyphae was damaged, deformed, dented and wrinkled after treatment with L-methionine or L-arginine. Fruit inoculation experiments displayed that L-methionine and L-arginine treatments significantly inhibited the occurrence and development of gray mold in postharvest cherry tomato. Therefore, treatment with L-methionine or L-arginine might be an effective means to control postharvest gray mold in fruit and vegetables.

A Bibliometric Analysis of Women’s Empowerment Studies Post Sustainable Development Goal Adoption Periods (2015–2022)

Women’s empowerment has been identified as one of the key tools to ensure the achievement of the Sustainable Development Goals and an effective means to long-term economic growth and success. Given its importance, this article presents a bibliometric analysis of publications that focus on Sustainable Development Goal (SDG) 5, which aims to ‘achieve gender equality and empower all women and girls’. In developing this research, Web of Science databases were used to search for relevant articles, and a final sample of 1095 publications was extracted for this purpose. The findings of this study indicate that studies on women’s empowerment within the Sustainable Development Goals are gaining importance in both the developed and developing countries of the world. The results further revealed that there has been significant growth in scientific production on this topic, with the first quantum leap and highest production occurring in 2017 and 2021, respectively. Based on the co-occurrence of keywords, important terms such as autonomy, power, education, and employment were found to be relevant to this topic. In conclusion, this study provides an insight into the reality of scientific production on women’s empowerment topics following the adoption of the SDGs, with recommendations for its future development and support for policymakers in initiating relevant policies for women’s empowerment.

Clean and Healthy Living Behavior Education to improve the knowledge of Elementary School Students


 Clean and healthy living behavior is the main foundation for maintaining individual health and preventing the spread of disease. Education about clean and healthy living behaviors can be done in various ways, such as through counseling, campaigns, the development of educational materials, collaboration with health centers, training, the active role of schools, the use of social media, exemplary examples, and measurement and evaluation. Educational materials that are arranged in an attractive and easy-to-understand manner are the main instruments in this effort. Collaboration with medical personnel, involving health centers, and the active role of schools are recognized as important supporting factors. The use of social media is also integrated as an effective means of reaching a wider audience. By combining these approaches, it is hoped that people can better understand and adopt clean and healthy living behaviors in their daily lives. Evaluation of the effectiveness of educational programs needs to be done to ensure their success and impact on community knowledge and behavior.

Peran Media Sosial dalam Sektor Penjualan Langsung untuk Meningkatkan Kepuasan Pelanggan: Studi Kasus pada Butik Ghaisan (Ghaisan Fashion Gallery)

Social media has changed the way we interact with information and with the people around us. Platforms such as Facebook, Tiktok, Instagram, Twitter and YouTube have become popular means for individuals and companies to share, communicate and promote an organization's products and services. Within the direct selling sector, social media has opened up endless new opportunities for businesses to market and sell their products to potential customers. The purpose of this study is to analyze the role of social media in the direct selling sector and evaluate the impact of using social media on customer satisfaction at Ghaisani Boutique. This research method takes a qualitative approach, which aims to understand and describe phenomena in depth through data collection and analysis that focuses on the context and meaning of the subject under study. The results of the study show that social media provides significant benefits for Ghaisani Boutique (Ghaisani Fashion Gallery) in increasing the intensity of their promotion through online media, which has a positive impact on increasing their turnover. By leveraging creative and diverse social media features, Ghaisani Boutique can reach potential customers from various segments and expand their market coverage. In this case, social media is an effective means of building brand awareness, increasing customer engagement, and obtaining valuable feedback for better business development in the future. And what is no less important, Ghaisani Boutique has managed to build a sizable customer list through list building that continues to grow over time. By providing maximum service and responding quickly to feedback from the audience, Ghaisani Boutique can create high customer satisfaction. As a result, company promotions can run organically, driven by customers who voluntarily provide support through likes and shares of any content shared by the marketing team.

Підвищення ефективності перед-змагальної підготовки кваліфікованих спортсменів у тхеквондо WTF за рахунок застосування засобів високо-інтенсивного фітнес-тренінгу

Purpose: to theoretically substantiate and experimentally identify the most effective means of modern high-intensity interval fitness training of pre-competitive training of qualified athletes in WTF taekwondo. Material and methods. The following methods were used in the research: the analysis of the special scientific and methodical literature; pedagogical observations; pedagogical experiment; pedagogical testing; physiological testing; the method of expert estimations; methods of mathematical statistics. Results: the explosive growth of lactate concentration from 1,16±0,5 mM/l to 15,5±2,1 mM/l causes the next repetition of this exercise after 5 minutes of rest. The obtained data of HR (HR, bpm +26,2 %), VE, l/min (+128,6 %), VCO2, l/min (+135,5 %), VO2, l/min (+56,1 %), KIO2 (-27,5 %) indicate that at insufficient recovery between approaches at performance of rather short interval segments of submaximal power (high-intensity work up to 1 min) leads to the significant decrease of special working capacity of sportsmen. Taking into account the specifics of the sport, for the improvement of this parameter of preparedness it is considered expedient to perform 3-5 times specially developed blocks of exercises of high intensity, borrowed (mainly) from modern methods of health-improving fitness training. The results of the competitive activity of qualified taekwondo athletes confirmed the effectiveness of the use of high-intensity fitness training HIIT to improve their pre-competitive fitness. Conclusions. When planning the direct pre-competitive training of qualified taekwondo sportsmen in the annual cycle of preparation it is necessary to be guided by the information received as a result of the conducted researches and to approach in a regulated way to the definition and combination of intensity and duration of the performed exercises of a specific orientation which, in turn, model the process of competition. It is proved that to improve aerobic endurance of athletes it is necessary to plan 2-3 times in a weekly microcycle different interval training exercises performed without significant fatigue and decreased performance. For improvement of high-speed and power capabilities of sportsmen it is necessary to perform 1-2 times during a microcycle different interval training exercises with shortened segments of work of maximum intensity lasting up to 30 s. Keywords: fitness training, high-intensity interval training (HIIT), taekwondo, WTF, physical fitness, control, speed and strength capabilities, aerobic capabilities.

Optimization of biodiesel production from coconut oil using a bifunctional catalyst derived from crab shell and coconut shell

The utilization of renewable biomass resources for biofuel production has gained widespread popularity as an effective means of converting waste into a valuable resource. This study investigated the optimization of biodiesel production from coconut oil (CO) using a bifunctional catalyst derived from crab shell and coconut shell. The catalyst underwent characterization through Fourier transform infrared spectroscopy, scanning electron microscopy, X-ray diffraction, and Brunauer-Emmett-Teller. The acid precursor for the bio-based bifunctional catalyst was created from carbonized and sulfurized coconut shell, while the base precursor was obtained from calcined and KOH-treated crab shell. The experimental design was optimized using Box-Behnken design for the simultaneous esterification and transesterification of CO. Response surface methodology was employed to model and optimize the process. Under the determined ideal conditions, which included a methanol to oil ratio of 16.75:1, a 1.00% catalyst loading, a temperature of 58.19 °C, and a reaction time of 78.76 minutes, a CO methyl ester yield of 85.73% was achieved under experimental conditions. This yield closely aligned with the predicted range of 85.84% as per the model. The resulting methyl ester (biodiesel) obtained under these optimized conditions exhibited physicochemical properties well within the requirements specified by ASTM D6751 set by the International Organization of Standardization.

Small attenuation negative group delay of spoof surface plasmon polaritons

Spoof surface plasmon polariton (SSPP) waveguides can be used to effectively construct on-chip microwave systems due to the single-side conductor structure. SSPP waveguides usually exhibit normal dispersion, which can introduce large group delays to transmission signal and impair waveform shapes. However, the negative group velocity (NGV) effect may occur in the split modes of coupled surface plasmon polariton waveguides. In this regard, the synthesis wave model of forward and backward transmission waves is applied, which generates a quadrupole vortex wave transmission. In this paper, the SSPP unit structure with folded multi-split rings is proposed to achieve anomalous dispersion with NGV feature in the fundamental mode. The SSPP unit can be equivalent to an epsilon-negative medium, and a maximum negative group delay (NGD) can be reached at the frequency where the NGV begins to appear. For the corresponding SSPP waveguide, a NGD band with lower attenuation can be achieved at the stopband edge. While the SSPP unit structures are loaded as dispersive materials in a microstip line, the similar NGD performance can be obtained. Clearly, the SSPP NGD with lower attenuation provides a new delay equalization method for ultra reliable and low latency communications (URLLC), and can also be used as an effective dispersion compensation means.

The Peculiarities of the Development of the Composition and Technology of the “Sedtab” Tablet

Today, neurological diseases occupy one of the leading places in terms of prevalence among all diseases. According to the World Health Organization, over the past 65 years, the number of neurological diseases in the world has increased more than 20 times and amounts to approximately 40%. Despite the relatively wide availability of means for the prevention and treatment of neurological diseases, the development and implementation of new, more effective and safe means remains relevant. In this regard, preparations from medicinal plants deserve special attention, since they are closer to the human body than synthetic drugs, easily enter into metabolic processes, practically do not cause side effects and often reduce negative consequences. The main goal of this work is to develop a new composition and technology for “Sedtab” tablets based on local plant materials, i.e. stinging nettle, lemon balm and motherwort, as well as the study of technological properties based on scientific criteria for the creation of medicinal products.

Exploring the reasons for defaulting from childhood immunization: a qualitative study in Pakistan

BackgroundChildhood vaccination is widely recognized as the most effective means to prevent various diseases. However, a considerable amount of children still miss out on their vaccination schedules. Therefore, this study explores the reasons for defaulting from the expanded program on immunization in district Swat, Pakistan.MethodsA qualitative phenomenological approach was used. Data collection took place from March to September 2022. Thirty-six in-depth interviews were conducted with participants who had defaulter children. The collected qualitative data were analysed thematically to identify key patterns and themes related to the reasons for defaulting from childhood vaccination schedules.ResultsSix themes emerged, i.e., illness of the defaulter child at the scheduled time, perceived side effects of the vaccination, factors related to caregivers, myths and misconceptions, vaccinators attitudes and crowed vaccination centres, as well as poor immunization service arrangements. Four subthemes arose related to caregivers, such as lack of clear understanding about completion of vaccination, least priority for child’s vaccination, cultural restriction on mothers, and the loss of vaccination card.ConclusionAccording to the study’s findings, caregivers have their own perceptions regarding the non-completion of their children’s vaccination schedule. The childhood immunization defaulting arises from various factors including child illness, Adverse Events Following Immunization (AEFIs) concerns, misconceptions, improper injection techniques, and negative vaccinator attitudes. The vaccination completion rate may be increased if the concerns of the caregivers are appropriately addressed.

LQR-Based Suspension for Heavy Vehicles Considering the Time-Varying Characteristics of Vehicle–Road Interaction

The rapidly increasing demand for heavy vehicles in the transportation sector has led to more severe road damage and significantly higher road maintenance costs. Investigation of active suspension system incorporating vehicle–road interaction (VRI) can provide effective means to reduce the road damage and improve the ride comfort of vehicles. In this paper, an active vehicle suspension controller based on the strongly stable and robust linear–quadratic regulator (LQR) principle is developed for the time-varying VRI system. The coupled system is modeled by a quarter-car traveling on the road modeled by an Euler–Bernoulli beam resting on a viscoelastic foundation. Two types of road irregularities, deterministic sine wave and random, are considered in the numerical studies. A time-frozen technique, by which the linear time-varying system is converted to a time sequence of time-invariant systems, is applied to solve for the coupled responses. Three variables, the dynamic tire load, vehicle body acceleration, and suspension relative displacement, are used to assess the effectiveness of the LQR-based controller in comparison to the passive suspension system. The performance of the active control is investigated for different vehicle speeds, vehicle loads, and road profiles. Numerical studies show that the controller can effectively reduce the road damage and improve the ride comfort, with a slight increase in the suspension relative displacement. This work lays a useful foundation in the problem formulation and system parameter influences for future vehicle suspension design and road damage mitigation including VRI.

Cationic disorder: Governing the spin-insulatronic properties of nanocrystalline ZnFe2O4 thin films

Controlling cation order/disorder in spinel offers a highly effective means of tailoring material properties by modifying inter- and intra-sub-lattice ionic interactions. In this study, we conducted high-temperature magnetization measurements (300–1000 K) to determine average Curie temperatures (TC) for nanocrystalline ZnFe2O4 thin films. Thermodynamical stability of these films under extreme conditions was investigated by assessing lattice structures, oxygen vacancies, magnetization, and electric resistivity for spin-insulatronic applications. Reversible cation inversion via heat treatments (in-situ and ex-situ) yields tunable ferrimagnetic (FiM) order in ZnFe2O4, with TC ranging from 425 to 710 K. First-principles calculations highlight effective cation inversion mitigating magnetic frustration, promoting collinear FiM ordering, and elevating TC. Oxygen vacancies further reinforce ferrimagnetism, slightly reducing resistivity through the formation of Fe-3d gap states near the Fermi level. A proposed magnetic nanophase diagram elucidates dominant competing magnetic ground states (cluster spin-glassy state, FiM, and antiferromagnetic) with increasing growth temperature, fostering innovative homo-architectures from multiple ZnFe2O4 thin films with diverse functionalities.

Choice of refractive surgery types for myopia assisted by machine learning based on doctors’ surgical selection data

In recent years, corneal refractive surgery has been widely used in clinics as an effective means to restore vision and improve the quality of life. When choosing myopia-refractive surgery, it is necessary to comprehensively consider the differences in equipment and technology as well as the specificity of individual patients, which heavily depend on the experience of ophthalmologists. In our study, we took advantage of machine learning to learn about the experience of ophthalmologists in decision-making and assist them in the choice of corneal refractive surgery in a new case. Our study was based on the clinical data of 7,081 patients who underwent corneal refractive surgery between 2000 and 2017 at the Department of Ophthalmology, Peking Union Medical College Hospital, Chinese Academy of Medical Sciences. Due to the long data period, there were data losses and errors in this dataset. First, we cleaned the data and deleted the samples of key data loss. Then, patients were divided into three groups according to the type of surgery, after which we used SMOTE technology to eliminate imbalance between groups. Six statistical machine learning models, including NBM, RF, AdaBoost, XGBoost, BP neural network, and DBN were selected, and a ten-fold cross-validation and grid search were used to determine the optimal hyperparameters for better performance. When tested on the dataset, the multi-class RF model showed the best performance, with agreement with ophthalmologist decisions as high as 0.8775 and Macro F1 as high as 0.8019. Furthermore, the results of the feature importance analysis based on the SHAP technique were consistent with an ophthalmologist’s practical experience. Our research will assist ophthalmologists in choosing appropriate types of refractive surgery and will have beneficial clinical effects.

DPPNet: A Deformable-Perspective-Perception network for Safety Helmet Violation Detection

The issue of worker safety at construction sites has become increasingly prominent within the construction industry. Safety helmet usage has been shown to reduce accidents among construction workers. However, there are instances when safety helmets are not consistently worn, which may be attributed to a variety of factors. Therefore, an automated system based on computer vision needs to be established to track protective gear appropriate usage. While there have been studies on helmet detection systems, there is a limited amount of research specifically addressing helmet detection. Also, various challenges need to be addressed such as small object miss-detection and occluded helmet detection. To fix these issues, a Deformable Perspective Perception Network (DPPNet) is proposed in this paper. Two modules make up the proposed DPPNet: Background/Image Spatial Fusion (BISF) and Grayscale Background Subtraction (GBS). While the BISF module utilizes channel attention to blend feature maps from a current frame and the background, the GBS submodule in particular incorporates background spatial information into a current frame. Additionally, the DPPNet facilitates occluded and small helmet detection. Excessive training and testing experiments have been performed using the Safety Helmet Wearing Detection (SHWD) Dataset. Experimental results demonstrate the effectiveness of the proposed DPPNet network. The obtained findings exhibit that the suggested module significantly enhances the detection capabilities of small objects. Effective mean average precision results have been obtained on the SHWD dataset coming up to 97.4% of mAP.

Growth Control of InP/ZnSe Heterostructured Nanocrystals.

The morphology of heterostructured semiconductor nanocrystals (h-NCs) dictates the spatial distribution of charge carriers and their recombination dynamics and/or transport, which are the main performance indicators of photonic applications utilizing h-NCs. The inability to control the morphology of heterovalent III-V/II-VI h-NCs composed of heavy-metal-free elements hinders their practical use. As a case study of III-V/II-VI h-NCs, the growth control of ZnSe epilayers on InP NCs is demonstrated here. The anisotropic morphology in InP/ZnSe h-NCs is attributed to the facet-dependent energy costs for the growth of ZnSe epilayers on different facets of InP NCs, and effective chemical means for controlling the growth rates of ZnSe on different surface planes are demonstrated. Ultimately, this article capitalizes on the controlled morphology of InP/ZnSe h-NCs to expand their photophysical characteristics from stable and pure emission to environment-sensitive one, which will facilitate their use in a variety of photonic applications.

Estimation and Differential Analysis of the Carbon Sink Service Radius of Urban Green Spaces in the Beijing Plain Area

Enhancing the carbon sink capacity of urban green spaces is considered an effective means of reducing carbon dioxide concentration. This study, employing xCO2 as a key indicator and utilizing buffer analysis, estimated the carbon sink service radius of urban green spaces. Using spatial zoning and multifactor analysis, this research statistically analyzed 15 indicators, exploring the differences in carbon sink service radius from both the dimensions of urban green spaces and urban zones. The findings indicate that the carbon sink service radius is a result of the combined effect of urban green spaces and adjacent urban areas. Urban green space area, the NPP (net primary productivity) of urban zones, forest proportion, and grassland proportion are positively correlated with the carbon sink service radius, and the correlation degree is 0.12, 0.095, 0.121, and 0.125, respectively. The proportion of grassland and the proportion of impervious area in the city have a significant negative correlation with the carbon sink service radius, and the correlation degree is −0.074 and −0.081, respectively. This research holds significant implications for enhancing the carbon sink capacity of urban green spaces, adjusting land use patterns, and promoting the sustainable development of cities.