Benefits Of Protection Research Articles

High Quality and Sustainable Development of Soil and water Conservation

Water and soil loss influences the soil and water resources of terrestrial ecosystem, ecological environment and ultimately the quality of life and high-quality development. China is the most serious soil erosion country in the world, especially in the Loess Plateau. After years of efforts, soil and water conservation in China has developed rapidly, and the surface runoff and soil loss in soil and water loss areas have decreased rapidly. However, with the increase in population and economic development, people’s living standards have been gradually improved, and higher requirements for soil and water conservation was put forward. However, the soil and water protection benefits cannot meet the needs of people’s good life for soil and water protection in the new era. In order to solve the problem; the high quality and sustainable management of soil and water conservation has been put forward. The results shows that the new and higher goal of soil and water conservation is to carry out the high quality and sustainable development of soil and water conservation, and obtain the maximum effect to meet the growing needs of people for soil and water protection and for a better life in the new era. The theoretical basis for high quality and sustainable development of soil and water conservation is the new theory of soil and water conservation. It includes that the soil and water loss is the process of transferring soil and water resources from one place to another; the impact of soil and water loss on the high-quality development of society includes positive and negative aspects; Soil and water conservation refer to use some methods or measures to reduce soil erosion to soil allowable loss. At the same time, make efficient use of the soil and water resources and minimize the loss of life and property; The high quality and sustainable management of soil and water conservation measures must be made to obtain the maximum effect and develop the economy and raise people’s income and meet the need of people’s requirements for soil and water conservation for a better life. The practice proof the theory is good.

973 Managing Primary Endocrine Treatment (PET) in Breast Cancer Patients: An Audit of Resource Utilisation and Risks

Abstract Aim Primary endocrine treatment (PET) is considered in patients with oestrogen receptor (ER) positive breast cancer who decline or are deemed unfit for surgery. This treatment can affect bone density resulting in osteoporosis and risk of fractures. With increasing demand on resources, our aim was to examine clinical practices in this vulnerable patient group, balancing risks whilst ensuring good patient selection for treatments. Method We reviewed patients who had PET for ER positive breast cancer from a single consultant database in a district general hospital in South Wales between May 2018 and March 2023. We examined use of bone density (DEXA) scans, bone protection medications, outcomes, and complications. Results 48 patients were included, aged 50-95 years (median 80) and male: female (1:47). All were ER positive, excepting 2 with limited prognosis empirically started on treatment. Reasons for PET included patient choice (15%), palliative treatment (8%), co-morbidities (65%), late stage (4%) and other (8%). There were 27 deaths (54%), with mean time from diagnosis to death 14 months (range 1-50 months). 5 patients (10%) had DEXA scan and 16 (33%) were on bone protection. 3 patients had fractures whilst on PET, likely due to pre-existing conditions. Conclusions The frail breast cancer patient population has limited life expectancy and should not be over-investigated unnecessarily. It could be debated as to how much benefit bone protection provides, given the low fracture rate. Further studies are required to determine benefits of empirical bone protection in PET patients.

Acyl chloride-mediated synthesis of rhodanine-modified UiO-66 for high-efficiency silver recovery

Silver (Ag) recovery is essential for ecological protection, human health and economic benefits. Effective capture of Ag(I) from wastewater is still challenging due to insufficient accessible sites of adsorbents. Herein, an acyl chloride-mediated strategy is developed to synthesize rhodanine (Rd) modified UiO-66 derivatives for Ag(I) adsorption. Benefitting from the high grafting density of Rd, the optimal Rd-modified UiO-66-NH2 (UiO-66-NH2@20Rd) features an ultra-high uptake capacity (maximum capacity of 923.9 mg·g−1) and selectivity (maximum selectivity coefficient of 1665.52) for Ag(I). Almost 90 % of Ag(I) could be captured in one minute over UiO-66-NH2@20Rd and maintained a removal rate of 98.9 % even after six cycles. Moreover, a fixed-bed column test demonstrates that approximately 21,780 bed volumes of Ag(I) simulated wastewater can be effectively treated, indicating great promise for practical application. Mechanism investigation illustrates that outstanding performance can be attributed to the synergistic effect of Ag(I) adsorption and reduction on dense rhodanine sites. This study highlights that such a general strategy can provide a valuable avenue toward various functional adsorption materials.

Workshop on s-claim application system for BPJS claim officers at Grandmed Lubuk Pakam Hospital

BPJS Health is a public legal entity that is directly responsible to the President and functions to organize health insurance programs for all Indonesian residents, including foreigners who work for a minimum of six months in Indonesia. The BPJS Health claim procedure can be quite complicated and requires a lot of supporting documents. Unclearness in the guidance or instructions provided can make participants confused and not prepare the complete documents required, one of which is incomplete data files. This is a problem that slows down the claim process. This activity aims to provide health education on the application of the S-National Health Insurance (JKN) system, namely health protection program in Indonesia designed to provide basic health care and protection benefits for all Indonesian citizens. The main goal of JKN is to ensure that everyone in Indonesia has access to adequate basic health services, either through contributions paid by participants themselves or contributions paid by the government for certain groups. With the existence of JKN, it is hoped that the entire population of Indonesia can feel the benefits of equitable and quality health services, thereby improving the health status of the community as a whole. Claims to BPJS officers. The method of implementing activities is using observation sheets and questionnaires regarding the application of the S-Claim system to BPJS officers. Through this activity, it is hoped that the knowledge of BPJS claims officers can increase and change attitudes so that they can apply the BPJS E-Claim system correctly. Socialization to BPJS claims officers can be concluded that the knowledge of BPJS claims officers at Grandmed Lubuk Pakam Hospital has increased by 60% after conducting socialization using discussion, lecture and question and answer methods as well as holding quizzes or tests to evaluate participants' understanding of the S application.

Social Protection Benefits Compatibility and Evaluation Criteria: the Case of Lithuania

In general, the social protection (SP) system consists of two main blocks: social insurance (SI) and social assistance (SA). The main idea of SP is to leave no one behind, support in times of social risks. However, SI and SA systems are usually developed and improved separately. Organization for Economic Cooperation and Development (OECD) and European Commission (EC) often emphasise that expenditure on the SP system in Lithuania is scarce, income poverty and inequality are critical, not improving. This raises the question of whether both elements of SP in Lithuania are based on the same criteria to achieve consolidated SP and avoid its gaps. This paper aims to identify evaluation criteria, look at the Lithuanian SP system through its main benefits, and identify whether people are protected. The analysis consists of a literature review, which helps identify evaluation criteria for the SP system, and Lithuanian analysis based on evaluation criteria for 2018–2022 policy years. Three main criteria for SP benefits evaluation are identified: coverage, adequacy, and incentives to work. To make an in-depth analysis of the SP system in Lithuania, the tax-benefit microsimulation model EUROMOD is used to analyse different households’ poverty and unemployment traps and test whether the current SP system contributes to them. It was expected that this research would help to shed a light on how well Lithuanian SI and SA function simultaneously. Results show that SP system compatibility in Lithuania is above average, the weakest part is coverage.

Environmental regulation effect on health poverty in China

How does government spending on environmental protection benefit people's health? The current paper analyzed 2010 and 2018 data from the China Family Panel Studies (CFPS) database to measure the impact of province-level environmental regulations on the health of local population. The study also applied the Alkire Foster method to develop the multidimensional health poverty (MHP) score, a new index intended to measure the health status of individuals in a holistic manner. Our results indicated that more fiscal spending on environmental regulation could improve health of the local population, especially among low-income population living in the rural areas. Further, the size of health benefit differs by the type of environmental regulation. More specifically, regulations focusing on preventing environmental pollution can achieve more sizable health benefits than remedial ones. Finally, fine inhalable particle (PM2.5) has the largest mediating effect on the relationship between environmental regulation and public health. These results provide several policy implications, which highlight the importance of: scaling up fiscal environmental expenditure and optimizing the structure of environmental expenditure with more emphasis on rural areas where more low-income population are located; shifting from ex-post accountability to ex-ante prevention; and strengthening regional cooperation in environmental protection among local governments, and establishing a cross-regional coordination mechanism.

Ultrasound Guidance for Transradial Access in the Cardiac Catheterisation Laboratory: A Systematic Review of the Literature and Meta-Analysis

Although ultrasound (US) guidance for vascular access has been widely adopted, its use for transradial access (TRA) in the cardiac catheterisation laboratory is rare. There is a perception that US guidance does not offer a clinically relevant benefit over traditional palpation-guided TRA, amplified by inconsistent findings of individual studies. A systematic review of MEDLINE, EMBASE and the Cochrane Library identified studies comparing US to palpation-guided TRA for cardiac catheterisation. Studies evaluating radial artery (RA) cannulation for any other reason were excluded. Event rates and risk ratios (RRs) were pooled for meta-analysis. Access failure was the primary outcome. A random-effects model was used for analysis. Of the 977 records screened, four studies with a total of 1,718 patients (861 US-guided and 864 palpation-guided procedures) were included in the meta-analysis. Most procedures were elective. The pooled analysis showed US guidance significantly lowered the risk of access failure (RR 0.45; 95% confidence interval [CI] 0.21-0.97; p=0.04). Heterogeneity was moderate (I2=51.2%; p=0.105). There was a strong trend to improved first-pass success with US (RR 1.29; 95% CI 1.00-1.66; p=0.05; I2=83.8%), although no differences were found in rates of difficult access (RR 0.29; 95% CI 0.07-1.18; p=0.09; I2=88.3%). Salvage US guidance was successful in 30/41 (73.2%) patients following failed palpation-guided TRA. No differences were found in already low complication rates including RA spasm (RR 1.18; 95% CI 0.70-1.99; p=0.53; I2=0.0%) and bleeding (RR 1.32; 95% CI 0.46-3.80; p=0.60; I2=0.0%). US guidance was found to improve TRA success in the cardiac catheterisation laboratory. Further investigation is necessary to determine whether routine, selective, or salvage use of US confers the most RA protection, patient satisfaction, and overall clinical benefit. (PROSPERO registration: CRD42022332238).

Harmonizing International Environmental Law and National Sovereignty

International environmental law is an important legal tool to deal with the global environmental crisis. In recent years with the increasingly serious and global environmental problems the speed and depth of environmental problems are also increasing. In this process the relationship between state sovereignty and international environmental law and its conflict become the object of study. "To do a systematic analysis this paper attempts to destroy the conflict between national sovereignty and environmental rights and on the basis of in-depth discussion of the background concept formation and development stage of international environmental law to explore whether the two can be coordinated. In particular the concept of "soft standards" is proposed to analyze its actual status and role in international environmental law and its dialectical relationship between legal significance and legal effect in non-binding international instruments. On the basis of respecting national sovereignty the document said that strengthening the supervision of international mechanisms and improving the national responsibility system can promote the effective coordination of international environmental law and safeguard national sovereignty and realize the mutual benefit and win-win situation of environmental protection and national interests. At the same time it puts forward a more cautious attitude towards the criticism and modification of the soft law of the international environment and emphasizes that the universal basis of the law should be paid attention to in the practical application so as to avoid the marginalization of legal research due to excessive dependence on social analysis methods.This paper aims to provide theoretical support and practical guidance for the further development and practical application of international environmental law.

Technical and economic analysis of a hybrid PV/wind energy system for hydrogen refueling stations

In recent years, the construction of hydrogen refueling stations (HRSs) has been in full swing. However, irrational configuration and design can increase the operation and maintenance costs of HRSs and reduce their overall energy conversion efficiency. This paper introduces the configuration optimization of a hybrid PV/wind energy system for hydrogen refueling stations. Firstly, the distribution of hydrogen refueling demand of hydrogen fuel cell vehicles (HFCVs) in different time periods was simulated by the Monte Carlo method according to the driving rules of HFCVs. Then a model of renewable energy HRS was established in Homer, the purpose is to provide energy supply service for HFCVs through hydrogen production by electrolysis of water from renewable energy generation. Based on this, a load demand response model is developed. Finally, the best system configuration under different scenarios is obtained with the objective of minimizing the total net present cost (NPC). Through simulation calculations, the results show that the system configuration is more economically feasible after considering the demand response. The best system configuration was a grid-connected system containing a 548 kW PV, 1040 kW WT, 600 kW electrolyzer, and 600 kg hydrogen tanks This renewable energy system has the lowest NPC of $8,351,442 and produces 40,000 kg of green hydrogen annually. The sensitivity analysis also shows that with the advancement of hydrogen energy development and technology, the system will bring multiple benefits such as environmental protection and economic benefits in the future.

Semicircular Coastal Defence Structures: Impact of Gap Spacing on Shoreline Dynamics during Storm Events

Coastal erosion poses significant challenges to shoreline management, exacerbated by rising sea levels and changing climate patterns. This study investigates the influence of gap spacing between semicircular coastal defence structures on shoreline dynamics during storm events. The innovative design of these structures aims to induce a drift reversal of prevalent sediment transport while avoiding interruption of alongshore sediment drift, thus protecting the beach. Three different gap spacings, ranging from 152 m to 304 m, were analysed using the XBeach numerical model, focusing on storm morphodynamic behaviour. Methodologically, hydrodynamic and morphodynamic analyses were conducted to understand variations in significant wave heights adjacent to the structures, in accretion and erosion volumes, and changes in bed level under storm conditions. The study aims to elucidate the complex interaction between engineered coastal protection solutions and natural coastal processes, providing practical insights for coastal management practices. Results indicate that installing semicircular coastal defence structures influences sediment dynamics during storm events, effectively protecting stretches of the coast at risk. Optimal gap spacing between structures is crucial to mitigating coastal erosion and enhancing sediment accumulation, offering a sustainable shoreline protection approach. The findings underscore the importance of balanced location selection to optimize protection benefits while minimizing adverse morphological effects. Overall, this research contributes to advancing knowledge of hydro-morphological phenomena essential for effective coastal engineering and informs the design and implementation of more sustainable coastal protection strategies in the face of increasing coastal erosion and sea level rise challenges.

Unveiling Garlic's Arsenal: A Comprehensive Review of Antifungal and Antibacterial Cream

Garlic (Allium sativum) has long been recognized for its medicinal properties, particularly its antimicrobial effects. In this comprehensive review, we explore the therapeutic potential of garlic in the formulation of creams targeting fungal and bacterial infections. We discuss the rising prevalence of fungal infections, particularly those caused by Candida species, and the challenges they pose in healthcare settings. Furthermore, we delve into the diverse biochemical composition of garlic, including sulfur compounds, enzymes, carbohydrates, minerals, amino acids, flavonoids, and vitamins, which contribute to its antimicrobial activity. The synthesis of allicin, a key bioactive compound in garlic, and its mechanism of action against various pathogens are elucidated. Additionally, we examine the dermatological applications of topical garlic in treating fungal skin infections, wound healing, antioxidant protection, UVB shielding, and anti-aging benefits. Clinical evidence supporting the efficacy of garlic extracts in managing viral skin conditions is also discussed. Finally, we highlight the need for further research and clinical trials to fully explore garlic's therapeutic potential, safety profile, and optimal formulations, thereby enhancing patient outcomes in the management of infectious diseases.

Organ donation and organ assessment after primary circulatory death and secondary brain death

The global organ shortage is the biggest obstacle to expand urgently needed liver transplantation activities. In addition to donation after brain death (DBD), donation after primary circulatory death (DCD) has also been introduced in many European countries to increase the number of donated organs. This article summarizes the legal and ethical aspects of DCD, the practical donation process of DCD, the clinical results of DCD liver transplantation with aspecial focus on organ assessment before a planned DCD liver transplantation. In Europe 11countries have active DCD liver transplantation programs and atotal of 1230 DCD liver transplantations were performed in Europe in 2023. The highest proportion of DCD liver transplantations were recorded in Belgium (52.8%), the Netherlands (42.8%) and Switzerland (32.1%). The adequate selection of donors and recipients is crucial in DCD transplantation and the use of DCD livers particularly depends on the preparedness of the healthcare system for routine machine perfusion. The leaders are Belgium, France and Italy which implant around 68-74% of DCD organs. With an adequate organ assessment, the long-term results of DBD and DCD liver transplantations are comparable. To assess mitochondrial damage and thus organ quality, hypothermic oxygenated machine perfusion (HOPE) was introduced and has the secondary benefit of mitochondrial protection through oxygenation. The establishment of aerobic metabolism in mitochondria under hypothermia leads to areduction of toxic metabolites and the restoration of ATP storage, which subsequently leads to areperfusion light during implantation. Expanding the donor pool with DCD donors can counteract the global organ shortage. With adequate patient selection and routine organ assessment short-term and also long-term outcomes of DBD and DCD liver transplantation are comparable.

Research on the Differences Between the Laws Designed to Protect Brands and Traditional Trademark Laws

Brand protection is an important and challenging issue in the contemporary market, as brands are valuable and influential intangible assets that create and sustain competitive advantage. However, there is a lack of a clear and comprehensive legal category that can adequately address the diverse and complex aspects of brand protection. This paper aims to explore how a law designed to protect brands might differ from traditional trademark law, which mainly focuses on the registration and protection of distinctive signs that identify the source and quality of goods or services. The paper adopts a qualitative and comparative approach, using online sources, such as web articles, research papers, and guides, as well as examples of famous brands and cases, to illustrate and analyze the possible ways, characteristics, challenges, and benefits of brand protection. The paper concludes that brand protection is a useful or viable legal category that recognizes and respects the value and importance of brands as intangible assets that create and sustain competitive advantage in the market, adapts and innovates to changing market trends, consumer preferences, and competitive forces, and harmonizes and cooperates with the existing trademark laws and standards across different countries and regions.

RENOPROTECTIVE EFFECTS OF DAPAGLIFLOZIN IN NON-DIABETIC CKD PATIENTS

Objective: Sodium-glucose co-transporter 2 inhibitors (SGLT2i) have demonstrated significant cardiorenal protection benefits in recent years, irrespective of the presence of diabetes mellitus (DM). These agents have emerged as pivotal in reducing albuminuria and impeding chronic kidney disease (CKD) progression. This study aimed to evaluate the renal effects of dapagliflozin, an SGLT2i, in in non-diabetic proteinuric patients with CKD. Design and method: In this retrospective observational study we analyzed medical records of adult non-diabetic patients with CKD, in our outpatient department over the period of one year. exhibiting albuminuria, and under stable renin-angiotensin system blockade. The primary objectives were to assess dapagliflozin's impact on estimated glomerular filtration rate (eGFR) within the first month and changes in 24-hour proteinuria from baseline. Results: Between November 2022 and December 2023, dapagliflozin was prescribed to 37 patients (8 women) with a mean age of 59.8±11.6 years. Primary diagnoses of CKD included IgA Nephropathy (7/37), other glomerulonephritis (9/37), hypertension (6/37), unknown (9/37), and other (6/37). Baseline median creatinine was 1.60±0.6 mg/dL, eGFR was 54.1±21.6 mL/min/1.73m2, and proteinuria was 1047 mg/24h (IQR 420-2170), serum potassium 4.77±0.41mEq/L blood pressure 130±15 / 82±9 mmHg, body weight 85.1±16.8 kg. After the first month, median creatinine was 1.75±0.7 mg/dL (p=0.02 vs baseline), eGFR was 50,7±21,3 mL/min/1.73m2 (p=0.006 vs baseline). Two patients experienced >30% serum creatinine increase within 4 weeks, leading to SGLT2i discontinuation. After a median follow-up of 233 days (IQR 80-284), creatinine was 1.71±0.75 mg/dL (p=0.067 vs baseline), eGFR was 51.6±23.6 mL/min/1.73m2 (p=0.019 vs baseline), and proteinuria decreased by 33,7% from baseline (450, IQR 270-1110). One patient stopped SGLT2i due to recurrent urinary tract infection. No change was observed in serum potassium, body weight and blood pressure throughout the study period. Conclusions: Treatment with dapagliflozin in non-diabetic patients with CKD reduced effectively proteinuria with an initial, reversible, decline in serum creatinine.

Horizontal ecological compensation standards based on ecosystem services flow

The determination of compensation standards is the core of horizontal ecological compensation (HEC). However, existing studies focused on the ecological value stocks of ecosystem services (ESs) within an administrative area but ignored their spatial mobility when determining standards, so the HEC policies had difficulty in achieving the desired goals. This study takes the upper-middle reaches of the Yangtze River as the study area, adopts the gravity model to calculate the ecosystem services flow (ESF) in the eight provinces of the area, and formulates a HEC standard accounting model to determine the compensation standards. The results show that there are inhomogeneous distributions of ESs supply and demand from 2005 to 2020. The ESs supply tends to decline, then increase, whereas the demand continuously increases. The total ESF volume from the ESs-providing areas (ESPAs) to the ESs-benefiting areas (ESBAs) first increases and then decreases. In 2020, Tibet, Qinghai, Chongqing, and Hunan are the ESPAs, with Qinghai obtaining the highest compensation standard of 308.56 million CNY and accounting for more than 50% of the total. The ESBAs include Sichuan, Yunnan, Hubei, and Jiangxi, among which Sichuan is the main source of HEC funds with payments of 375.79 million CNY. This study can provide theoretical references for improving HEC rationality, as well as resolving the contradictions between environmental protection costs and benefits externalities for large-scale regions.

Investing in Resilience: Estimating Financial Needs and Benefits of Flood Protection in Developing Asian Countries

Investing in Resilience: Estimating Financial Needs and Benefits of Flood Protection in Developing Asian Countries

The Relationship between Employee Roles and Service Quality

The purpose of this study is to investigate the correlation between employees` roles and service quality. Descriptive method design and stratified random sampling techniques were used to select 15 restaurant establishments into three categories, which are snack bar/café, canteen/cafeteria style, and catering cuisine restaurants in Bislig City during the school year 2022-2023. Two questionnaires were used to collect data through the face-to-face survey. Mean, standard deviation, and Pearson product-moment correlation analysis were also used to analyze the data collected. Results revealed that the canteen/café restaurant had the highest mean in job satisfaction in terms of employee benefits, while empathy had the highest mean in service quality. Employee benefits represent job satisfaction/recreation leaves, health protection benefits, and flexible working hours, while quality represents reliability, responsiveness, assurance, empathy, Empathy and tangibles. The results proved that the relationship between employment benefits and service quality among restaurant staff indicates a moderately positive correlation.

Inlet-adjacent beach and shoreline variability at decadal scales

Beaches provide storm protection and economic benefit for coastal communities and also host important habitats for keystone species, especially in the state of Florida. However, sea level rise, coastal construction, and intensifying storms are resulting in coastal erosion, which often requires informed mitigation and management strategies. This study aims to explore decadal-scale trends in morphology change and shoreline variability of inlet-adjacent beaches in Jupiter, Florida. Data from three locations over a period of three decades were analyzed to determine volumetric and contour changes above the shoreline (0 m elevation) and across the entire profile. The largest variability in decadal morphology change was measured at beaches closest to Jupiter Inlet. Substantial shoreline and beach changes were also associated with periods of higher storm activity. Variability in storm events, nourishment trends, and longshore sediment transport also influenced decadal morphologic change. To best adapt to coastal change and develop comprehensive beach-inlet management plans, it is imperative to understand past trends of shoreline variability and beach-nearshore erosion and accretion patterns. Results of this study demonstrate an approach to elucidate decadal patterns in morphology changes and drivers of change.

Study on the Temperature and Water Distribution of Hot Air in Red Loam Based on Soil Continuous Cropping Obstacles

In recent years, the problematic circumstances of the constant cropping problem in facility crops have become increasingly serious. Compared to chemical disinfection, soil steam disinfestation offers the benefits of environmental protection and being pollution-free, which can effectively reduce the problem of constant cropping in crops. However, during the steam disinfection procedure, a large quantity of liquid water is formed due to the condensation of high-temperature steam, which causes soil pore blockage, seriously affecting the mass and heat transfer efficacy of steam and, thus, affecting the disinfection efficiency. Therefore, to solve this problem, this paper proposes the use of hot air dehumidification to remove excess water from soil pores and achieve the goal of dredging the pores. However, further exploration is needed on how to efficiently remove excess water from different pore structures through hot air applications. Therefore, this paper first used CFD simulation technology to simulate and analyze the hot air flow field, mass, and heat transfer in soil aggregates of different sizes (<2 mm to >8 mm). Then, based on the soil hot air heating experimental platform, research was conducted on the mass and heat transfer mechanism of hot air under diverse soil pore conditions. The results show that as the soil particle size increases from <2 mm to >8 mm, the number of soil macropores also increases, which makes the soil prone to the formation of macropore thermal currents, and the efficiency of hot air heating for dehumidification first increases and then decreases. Among them, the 4–6 mm treatment has the best dehumidification effect through hot air heating, with a deep soil temperature of up to 90 °C and a water content reduction of 6%. The 4–6 mm treatment has a high-temperature heating and dehumidification area of 15–20 cm deep. The above results lay the theoretical foundations for the parameters of hot air heating and dehumidification operations, as well as the placement of the hot air pipe. This paper aims to combine hot air dehumidification technology, for the removal of excess water from soil, and dredging soil pores, ultimately achieving the goal of improving soil steam disinfection efficiency.

Gross ecosystem product accounting in Miyun County: the supply and use of ecosystem services

The ability of an ecosystem to provide services differs from its actual consumption and use by human society. Overuse of ecosystems can degrade ecosystems. In order to evaluate the supply capacity and use status of the ecosystem in Miyun County, so as to better apply the ecosystem services to different policies and management, the supply and use of 10 types of ecosystem services in Miyun County were calculated by using value indicators, namely potential gross ecosystem product (GEP) and actual gross ecosystem product. The results show that: (1) In 2020, potential gross ecosystem product of Miyun County is 254.32 billion yuan, and actual gross ecosystem product is 53.28 billion yuan, accounting for 21% of the potential gross ecosystem product. (2) Among all kinds of ecosystem services, the contribution of water conservation services in potential gross ecosystem product is the highest, and the contribution of climate regulation services in actual gross ecosystem product is the highest. (3) The contribution of wetland was the highest in potential gross ecosystem product, while the contribution of forest was the highest in actual gross ecosystem product. (4) Natural ecosystem area and vegetation coverage are the main factors affecting potential gross ecosystem product, while actual gross ecosystem product is mainly affected by GDP and population. (5) By studying the potential supply and actual use of ecosystem services, we evaluated and distinguished between the services that ecosystem could produce and the services that were actually used by humans, and compared the supply capacity and actual use to assess the sustainability of ecosystem services, in order to formulate different policies and management measures for gross ecosystem product surplus and deficit regions. Potential gross ecosystem product could provide data support for the assessment of ecological protection benefits. Actual gross ecosystem product could be included in the system of national accounts, and as a standard for ecological compensation and ecological trading. Confusing potential supply and actual use in policy application would affect the effect of policy implementation, and distinguishing them could ensure policy implementation. The relative size of the relationship between the two could reflect the present and future levels of human well-being in a region. Both together provided management basis and policy-making support for guiding regional ecological protection and sustainable development.