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EAI Endorsed Transactions
on Energy Web Research Article
1
EAI Endorsed Transactions on
Energy Web
Volume 11 | 2024
Legal Framework of Land Engineering: Compliance with
Environmental Regulations to Reduce Pollution
Xuewen Du1,
*
1Faculty of Politics and Law, Shanxi Provincial Administration Institute, Taiyuan, Shanxi, 030006, China
Abstract
Research in relation to land technology should be conducted guided by concerns for environmental sustainability. There
must be a robust framework that regulates land use and development, taking into account changes in the environment due to
biological, human-made substances and other factors. The research has shown how important it is to have all stakeholders
involved in regulation process through Integrated Stakeholder Engagement Approach (ISEA) which is unique. Proposed
ISEA approach can bring together different stakeholders including government agencies, corporate experts, environmental
advocates as well as community groups to come up with appropriate regulatory frameworks. One model of reducing the
impacts of a building is to build it on a strong foundation. It is necessary today for such studies to include simulation
assessment so as to evaluate the effectiveness of the regulatory system. This review examines possible outcomes and
environmental implications associated with specific regulations based on certain zoning policies are useful for decision-
making and policy choices. By minimizing pollution while using simulation analysis techniques among different
stakeholders, this initiative wants to facilitate resilient sustainable land improvement.
Keywords: Legal Framework, Land Engineering, Compliance, Environmental, Regulations.
Received on 12 January 2024, accepted on 21 April 2024, published on 24 April 2024
Copyright © 2024 Du, licensed to EAI. This is an open access article distributed under the terms of the CC BY-NC-SA 4.0, which
permits copying, redistributing, remixing, transformation, and building upon the material in any medium so long as the original work
is properly cited.
doi: 10.4108/ew.5762 _______________
1. Introduction
Land management systems face several challenges that
make it difficult for them to reduce pollutants and adhere
to the demands of the environment and its ecosystems (1)
(2) (3) (4). Diverse statutes cover significant issues as there
are frequent complexities or even regularities within
environmental laws. The intricacy of existing policies
makes it difficult to identify them and keep them up-to-date
(5) (6) (7). Some may say otherwise geotechnical engineers
should watch out for rumours or misinformation. Failure
by geotechnical companies always brings about variations
in contamination levels plus compliance standings (8). A
changing geotechnical industry presents an additional
hurdle for illegitimate outfits (9). New solutions need
constantly developing just like increasing number of
*
Corresponding author. Email: wap24368747@sohu.com
environmental problems yearly (10) (11) (12) (13). In case
no sanctions are given against non-compliance due to lack
of proper rule enforcement, environmental degradation
would result (14) (15). However, there are difficulties in
enforcing strict regulations on the environment when other
concerns such as protecting the environment and economic
growth are competing (16) (17) (18) (19) (20). For
example, striking a balance through an environmental
protective law is necessary where these interests come
together (21) (22) (23) (24) (25). All of these problems
could be addressed if representatives, geotechnical
engineers, and environmental scientists worked together
(26) (27) (28). Geotechnical management relies on
transparency, planning and stakeholder engagement with
the goal of environmental safety and sustainable land use
(29) (30) (31) (32). Strict policies relating to environment
Xuewen Du
2
may help to reduce air pollution levels (33) (34) (35) (36)
(37).
Soil engineers can benefit from legal rules that aim to curb
pollution and reach environmental standards (38) (39). The
adverse effects of time on soil can be better understood
with the help of Environmental Impact Assessment (EIA)
data (40) (41) (42). Rule-abiding decisions can be made by
use of Environmental Assessment (EIA) (43) (44) (45). By
applying these results, we can learn more about how
different elements are involved and ways in which they
may be mitigated (46) (47) (48) (49). Regulatory bodies
typically use a rigorous permitting process, which is
dependent on geotechnical specialists, for businesses to get
licences (50) (51) (52). They can follow all environmental
laws through this personal approach without causing any
pollution. Reporting and monitoring guidelines about the
level of pollution enable regulations to respond
unexpectedly and correctly applied (53) (54) (55) (56).
Geotechnical studies have been very helpful for sustainable
development when it comes to preventing soil erosion and
ensuring soil stability. Techniques like that purify waters
and soil too. This could a soil hindrance grading by means
of soil stabilisation technology development (57) (58).
Inappropriate management and poor budgetary allocations
make police units unable to keep a running check on their
performance at all times (59). It might not be always
possible to terminate the restrictions as the solution for a
review and achieving proper balance between
environmental protection and economic growth is
sometimes quite abstract (60) (61) (62). Because of this fast
popularity of geoengineering in the era, it is no brainer at
all that it becomes more problems for environmental
protection to establish appropriate regulations that are
equipped with environmental protection main purpose (63)
(64) (65) (66). Therefore, the environmental problems are
caused by such people as stakeholders, lawmakers and
construction workers. Thus, environmental justice
campaigners, lawmakers and construction workers should
jointly form a law that promotes environmental
consciousness during the land development process.
Furthermore, by using geotechnical management one can
do more beyond getting health advantages as well as
environmental sustainability (67) (68) (69). These practices
should be used to reduce pollutants and compliance with
the corresponding law.
1.1. Problem Statement
The investigation proposed in this study is aimed at the fast
growing demand related to the environment, the latter is
promoted by environmental friendly geotechnical
technology. The present regulatory framework structure
which lacks coordination, response and flexibility cannot
meet the pollution challenges or compliance of
environmental standards. One of the efforts made through
the Integrated Stakeholder Engagement approach (ISEA)
that focuses on improvement of the surrounding areas is
using this tool. However, one of the main strengths of this
practice is that it influences stakeholders to become more
actively involved in public policy.
1.2. Objectives
• Strict environmental policies, less pollution, and
eco-friendly athletics have to be achieved with a
solid geotechnical engineering regulatory
framework.
• When it comes time to make rules, the Integrated
Stakeholder Engagement Approach (ISEA) can
facilitate better collaboration between communities,
non-profits, and government companies.
• Simulation studies are needed to demonstrate the
effectiveness of the proposed regulatory
framework, taking into account the potential
consequences in different regulatory scenarios and
their effects on the environment. This data can help
decision-makers and legislators in their quest for
land improvement systems that are more robust and
sustainable.
The remaining sections in the investigation are organised
in a manner that is analogous to the literature review that
was presented in Section II. The Environmental
Regulations Framework for Land Engineering: Achieving
Compliance in the Interest of Pollution Reduction. The
mathematical analysis is centred in Chapter III on the
Integrative Stakeholder Engagement Approach (ISEA).
Section IV presents the results and discussion, while
Section V provides an overview and concludes with
recommendations.
2. Literature Review
Environmental policymakers frequently employ a
combination of coverage tools to accomplish their goals
(70) (71). Among these are novel approaches to regulation,
ways based on reports, financial incentives, and market
strategies. Topics like as micro plastics pollution,
inexperienced innovation, and the enhancement of policy
instruments in changing global contexts have been the
focus of recent research that have assessed the efficacy of
numerous environmental policy initiatives.
For the purpose of to determine the effectiveness of the
Water Ecological Civilization City Pilot (WECCP)
software, Yang, Q. et al. (72) utilised a design that referred
to an alternative experiment again. The coverage's impact
on pollutants emissions and green innovation is examined
using a difference-in-differences version, using statistics
obtained from 283 Chinese municipalities between 2010
and 2018. Remarkably, pollution levels plummeted and
green innovation surged in the pilot cities, with the most
noticeable improvement occurring in smaller communities.
Using the perspective of the nation's young people, the
present research examined how direct environmental law
affects innovation in the country's most polluting industries
Legal Framework of Land Engineering: Compliance with Environmental Regulations to Reduce Pollution
3
using the Panel Poisson Consistent Effect Model (PPFEM).
In their publication, Cai X et al. (2021) (73) detailed this
study. Providing illuminating coverage for environmental
governance and innovation marketing, the findings show
that these policies greatly enhance green innovation. A
major advance in the area has been made by this.
Particularly for state-owned enterprises and sectors reliant
on technical capital, this may have far-reaching
consequences.
The nonfungibility of commodities is considered in the
paper of Salzman, J. and colleagues (74), which presents
an analytical method for Environmental Trading Markets
(ETMs). Ecologically nonfungible item trading is difficult,
and ETM design should prioritise public involvement and
forex design, according to their theory. This paradigm tries
to explain ETM in the complicated context of nonfungible
commodities trade.
In their assessment of recent research on microplastics
(MPs), Yusuf et al. (75) stress the need for regulatory
frameworks to lessen the damage that MPs do to the
environment. It offers regulatory activities for mitigation
and examines the occurrence of MPs and ways for
detecting them. Using a combination of existing research
and new insights, the suggested frameworks work to slow
the spread of MPs in water bodies.
Amidst the transition to New Environmental Policy
Instruments (NEPI), Pacheco-Vega, R. (76) examines
regulation as a tool for environmental policy. It looks at
academic literature studies that span 20 years to see if this
change made people less interested in regulation and finds
that policy combinations work best, especially when there's
a lot of uncertainty and complicated governance.
Table 1. Comparative overview of recent research
advancements in Integrative Stakeholder
Engagement Approach (ISEA)
S.
No.
Research
Work
Methodology
Advantages
Limitations
1
Yang, Q.
et al.
Difference-in-
differences
model similar
to a natural
experiment
Provides robust
causal inference
by comparing
outcomes before
and after policy
implementation
in pilot cities.
Allows for
analysis of policy
impact on
pollution
emissions and
green innovation.
Limited ability
to control for
all potential
confounding
variables.
Relies on the
assumption that
changes in
outcomes are
solely due to
the policy
intervention.
2
Cai, X et
al.
Panel Poisson
fixed effect
model
(PPFEM)
Allows for
analysis of
longitudinal data
to assess the
impact of direct
environmental
laws on green
technology
innovation.
Assumes linear
relationship
between policy
implementation
and green
innovation
outcomes.
Limited ability
to capture
Incorporates
fixed effects to
control for time-
invariant
characteristics of
businesses.
dynamic effects
over time.
3
Salzman,
J et al.
Proposes
analytical
methodology
for evaluating
Environmental
Trading
Markets
(ETMs)
considering
nonfungibility
of
commodities
Provides
framework for
understanding
complexities of
ETMs and
guiding design
decisions.
Emphasizes
importance of
currency design
and public
participation.
Relies on
theoretical
framework;
practical
implementation
may face
challenges.
Limited
empirical
validation of
proposed
methodology.
4
Yusuf,
A. et al.
Reviews
recent
research on
microplastics
(MPs) and
emphasizes
need for
regulatory
frameworks
Synthesizes
existing
knowledge and
offers actionable
recommendations
for mitigation.
Considers both
detection
methods and
regulatory
strategies.
Reliance on
existing
research may
overlook
emerging
trends or
innovative
approaches.
Implementation
of regulatory
frameworks
may face
political or
logistical
hurdles.
5
Pacheco-
Vega, R.
Examines
regulation as a
tool for
environmental
policy using
academic
literature
studies
Provides
comprehensive
analysis of
regulatory
effectiveness
amidst transition
to New
Environmental
Policy
Instruments
(NEPI).
Highlights
importance of
policy
combinations in
complex
governance
contexts.
Limited to
analysis of
existing
literature; may
not capture
real-time policy
developments.
Difficulty in
generalizing
findings to
diverse policy
contexts
outside studied
literature.
The Integrative Stakeholder Engagement Approach (ISEA)
additionally comes out as a possible strategy for
environmental policymaking during these discussions; it
offers a revolutionary method to include stakeholders in the
decision-making procedures (77) (78) (79) (80) (81).
Implementing ISEA can lead to more effective
environmental governance by fostering collaboration and
consensus-building by embracing diverse perspectives and
lifestyles.
3. Integrative Stakeholder Engagement
Approach (ISEA)
Establishing a robust felony framework that clings to strict
standards is the excellent technique to meet the urgent need
for environmentally aware land engineering strategies. To
Xuewen Du
4
protect ecosystems and human fitness, this strategy
recommends ISSEA, or the Integrative Stakeholder
Involvement Approach. Its purpose is to draw in a huge
range of stakeholders, along with government
organizations, practitioners, and network individuals, with
the goal to assure full participation inside the regulation-
making process (82) (83) (84) (85). For the motive to create
strategies for sustainable and resilient land construction,
this method use simulation analysis to evaluate the efficacy
of positive policies and policies. Mainly, it focuses on
reducing pollution or increasing efforts to maintain even as
defensive the environment and keeping a stability among
improvement and environmental safety.
Figure 1. Legal Framework of Land Engineering.
Some environmental regulations governing responsible
land use, pollution reduction, and conservation of herbal
habitats are outlined in the legal framework of land
engineering. As seen in the first discernment, this
framework is critical for promoting sustainable
development strategies that guarantee the safety of both
human and environmental health. Land engineering
operations of all types are mostly governed by
environmental legal guidelines, which establish guiding
standards and regulations. Any site involved in building
sports must adhere to these laws, which outline precise
environmental standards and recommendations.
Preventing pollution, preserving habitats, and protecting
biodiversity are some of the others.
Environmental laws about zoning are important because
they determine how cities are built up and what happens
where within them. For example, zoning restrictions
provide certain zones for residential, business, industrial,
recreational purposes as well as other authorized land uses
examples provided by law. Zoning controls help manage
growth, mitigate incompatible land uses conflicts between
neighboring areas and protect environmental resource
areas.
Pollution control statutes can effectively deal with different
types of pollution caused by land engineering activities.
There are statutory requirements governing hazardous
waste management in general; water contamination; air
emissions regulation etc… While the emission limits &
control devices associated with automobiles/industrial
facilities discharge lead into the atmosphere through air
quality laws among other things. In the same vein,
legislations enacted to control water pollution set
maximum allowable discharges, govern wastewater
treatment and encourage the conservation of aquatic
habitats.
Such kind of development projects can be less
environmentally impacting if the framework is observed.
For example; Environmental impact assessments (EIAs)
are often required for projects to find ways to reduce
adverse effects on the environment. To ensure that
development activities are done in an eco-friendly manner,
mitigation plans outline strategies for reducing impacts on
communities, ecosystems, and natural resources.
The criminal framework covers an extensive range of
subjects related to land engineering, which includes
recycling, waste management, and hurricane water
manipulation. Storm water management policies stipulate
measures to govern runoff, preclude erosion, and provide
shielding water. Storage, transportation, disposal, and
remedy of hazardous and non-risky strong waste are all part
of the waste manage rules that are in vicinity to make
certain the prevention of pollution and the conservation of
resources. Recycling guidelines play a important position
in decreasing waste in landfills and retaining natural assets
by way of selling cloth healing and reuse. End cause:
protective natural ecosystems, selling sustainable
improvement, and decreasing pollution ranges; this is the
complicated web of environmental felony tips, necessities,
and practices that regulates land engineering. These
suggestions and guidelines function guidelines for
developing the economic system at the same time as
protecting the environment in land improvement
responsibilities.
A collection of possible choice-making hassle is given by
means of Equation (1), where each answer is represented
by means of a . There are 3 components to the
tuple: , which stands for a vector of selection variables
related to land engineering procedures; , for
environmental issues like pollutants discount or
environment renovation; and , for constraints placed on
those variables. The constraints make sure that and
,
Legal Framework of Land Engineering: Compliance with Environmental Regulations to Reduce Pollution
5
that are selection variables, meet unique requirements,
specifically that their weighted sums, represented by using
the summation terms, live within set boundaries. In making
a choice, the weights and
shows how important or
significant each variable is.
The (sup) of a collection of values of α, which stands for a
scaling factor, is defined by Equation (2). This equation
illustrates a situation where a set of decision variables y, z,
and a, along with a perturbation vector h, are provided. The
goal is to determine the highest scaling factor α that, under
certain conditions (a, c), allows the perturbed values of (y,
z, a) plus α times the perturbation vector h to remain
feasible. Basically, it aims to find the largest possible value
of h that can be applied to the variables (y, z, a) without
breaking the requirement that y may yield a certain
outcome a while still meeting restrictions c'.
Where is a choice variable vector and α is a scaling
factor, Equation (3) shows the supremum, abbreviated as
sup, of the product of these two variables. A perturbation
vector h is used here, and a set of decision variables (y, z,
a) is used. It want to discover the maximum possible value
of α in this equation that the perturbed values of (y, z, a)
and the diagonal matrix generated by α times the
perturbation vector h may still be considered reasonable.
Simply put, it aims to find the largest scaling factor α that
can be used to apply the perturbation h to the decision
variables (y, z, a) while still guaranteeing that the output
values meet the constraints of the system.
Harmonic Mean of Normalised Metrics, abbreviated as
HNM, is defined by Equation (4). Between two iterations
(u and u+1) of a decision-making process, it determines a
change measure. Each of the two components of the
equation stands for a ratio of two normalised metrics. In the
first section, it compare the system's performance at
iteration u with its performance at iteration u+1 under
perturbation h to determine the performance shift from
iteration u to u+1. The second section does the same thing,
except it uses the performance of iteration u as a benchmark
and assesses how much performance has changed between
iteration u and u+1.
As shown in Figure 2, an all-encompassing approach to
promoting ecologically conscious land engineering
practices is the Integrated Stakeholder Engagement
Approach (ISEA). The fundamental goal of ISEA is to
include various stakeholders in decision-making that their
interests and viewpoints are taken into account when land
development policies and regulatory frameworks are being
created and put into place. An important goal of ISEA is to
promote long-term strategies for land improvement that are
both protective of ecosystems and safe for humans.
Through its facilitation of partnerships between
government agencies, companies, and environmental
activists and groups, ISEA facilitates the collaborative
resolution of complicated environmental issues.
Figure 2. Integrative Stakeholder Engagement
Approach (ISEA)
The complete participation, humans can foster
transparency, openness, and consensus-building, all of
which bring about better and longer- lasting results (86).
The fulfilment of ISEA is based on environmentally
pleasant land engineering answers that deal with negative
environmental impacts and assure insurance adherence.
Making use of ISEA's modelling tools and situation
evaluation methods may offer policymakers with a better
knowledge of various regulatory scenarios. Into land
development initiatives necessitates proof-primarily based
choice-making. Compliance with guidelines and minimal
bad environmental impacts are key to sustainable land
engineering answers which might be critical to ISEA's
fulfilment (87) (88). With the use of ISEA's modelling and
scenario assessment system, policymakers will have a
higher information of the ability consequences and effects
of diverse regulatory situations (89). Making decisions and
Xuewen Du
6
implementing recommendations based on facts is crucial
for resilient and sustainable land development initiatives.
The Integrated Stakeholder Participation Approach (ISEA)
gives a groundbreaking technique for marketing
environmentally conscious land engineering techniques, as
verified in Figure 2. With the aim of accomplishing land
development outcomes which may be each resilient and
environmentally friendly, ISEA promotes cooperation,
honesty, and responsibility. This is able to be finished if
human beings paintings together, adhere to prison
frameworks, and recommend for sustainable aspects.
The Harmonic Normalised Objective Function Difference
(HNOFD) metric is defined by Equation (5). This statistic
measures how much the objective function value changes
from one decision-making iteration (u) to the next (u+1).
Finding the ratio of the objective function values at
iteration u and iteration u+1 under perturbation h to
iteration u under the same perturbation is the goal of the
equation. Taking into account the impact of the
perturbation h, it normalises this ratio and reveals the
extent to which the system's objective function has
improved or worsened between subsequent iterations.
Harmonic Normalised Objective Utility Difference,
denoted as HNOUD in Equation (6), is a measure. Using
two rounds (u and u+1) in a decision-making process, this
measure assesses the relative change in the utility
generated from the objective function PSU. Two ratios are
multiplied together and their square root is computed using
the equation. The first ratio evaluates the utility—derived
from the objective function at iteration u—against the
utility—derived at iteration u+1—against the same
perturbation. The second ratio evaluates the impact of
perturbation h on the utility at iteration u and compares it
to the utility at iteration u+1. The metric measures the
change in utility from the goal function over iterations,
corrected for the impact of the perturbation h, by taking
into consideration both iterations and normalising these
ratios.
The metric HNOTD, which stands for Harmonic
Normalised Objective Total Difference, is defined by
Equation (7). Between two iterations (u and u+1) of a
decision-making process E, this metric assesses the relative
change in the overall influence of the objective function
and the choice factors PSD and PSU. Two ratios are
multiplied together and their square root is computed using
the equation. Iteration u+1 under perturbation h and
iteration u under the same perturbation are compared in the
first ratio, which measures the overall influence of the
objective function and choice variables. The second ratio
evaluates the overall impact under perturbation h, at
iteration u compared to the total impact at iteration u+1.
Figure 3. Method through which ERs (environmental
regulations) regulate GTFP (green total factor
productivity) through OFDI (outward foreign direct
investment)
To experimentally investigate the effect of environmental
regulations (ERs) on the greenness of total factor
productivity (the GTFP) via outwards foreign direct
investment (foreign direct investment), Figure 3 shows the
theoretical process underpinning the link between these
three variables. China has not yet completed developing its
environmental protection measures although it uses
command-and-control mechanisms combined with market
incentives as well as unofficial measures to maintain low
pollutant levels. Command-and-control environmental
regulation (CACER) is an important instrument that the
government uses for tackling pollution emission problems.
Market behavior along with industrial activity are governed
through top-down directives plus administrative steps. It
means making decisions, and giving orders, taking
administrative actions or intervening to ensure compliance.
Strict enforcement measures are often hired against people
who do now not observe CACER because of its high
diploma of coercion. Reducing production or even closing
polluting factories temporarily or completely inside the
Legal Framework of Land Engineering: Compliance with Environmental Regulations to Reduce Pollution
7
occasion of common violations is one way they make
certain each person follows the laws. The New
Environment Protection Law and the Air Quality
Prevention and Control Law are two examples of the
considerable environmental legal guidelines handed by
using the Chinese authorities, which have created a more
structured framework for environmental governance. By
passing those measures, the government is showing its
dedication to fixing environmental troubles and keeping
inexperienced regulations on course. The interplay
between ERs, OFDI, and GTFP is complex, and it all
revolves across the comments loop between environmental
policies and the sports of OFDI-engaged corporations,
which in flip influences both their productiveness and the
environment. Chinese organizations seeking to grow
internationally may additionally need to invest in cleanser
era and tactics to meet the greater stringent environmental
laws of their host international locations.
Another way that OFDI may improve environmental
performance is by exposing enterprises to global best
practices and systems for environmental management.
This, in turn, can help with transfer of knowledge and
capacity building.
To summarise, Figure 3 shows how environmental
regulations in China are changing and how this affects the
internationalisation plans and results of Chinese
enterprises. To better understand how various regulatory
strategies might promote green efficiency and sustainable
development, researchers can put the theoretical
framework's defined linkages to the test in the real world.
For a given jurisdiction u and crisis scenario j, the
methodology for measuring the Humanitarian Utility Gap
Quotient (HUGQ) is represented by Equation (8). Several
explanatory factors are used to describe the dependent
variable in this equation, which is based on a
linear regression framework. The Disaster-Based Disaster
Funding System and the Non-Judicial Financial
Support are two of the variables that fall into this
category.
The is laid low with several variables
, and
there is a summation term over okay that represents those
impacts. Aside from the variables , , and , the
equation consists of the intercept term as well as several
error phrases and .
In a given jurisdiction u and crisis state of affairs j, an
expanded model for the Humanitarian Utility Gap Quotient
(HUGQ) is given by Equation (nine). The inclusion of
quadratic phrases for the explanatory variables
and , denoted as
and
respectively,
allows this version to construct the possible nonlinear
connections between catastrophe financing structures and
the humanitarian software gap can be captured by way of
these quadratic expressions. The version contains intercept
terms , coefficients thru , and a summation time
period over okay, which represent the impact of various
components
on the 〖. To think about
unobserved factors that affect the HUGQ, error terms
and are protected.
For a given jurisdiction u and disaster scenario j, the model
for the Policy Gap Explanatory Variable (PGEJ) is given
by Equation (10). To account for any nonlinear
correlations, the model contains explanatory variables such
and , which stand for components of
disaster investment systems, and their quadratic terms, ∆_1
and
. Furthermore, the impact of various
factors
on the policy gap is shown with the aid of a
summation term over okay. The policy hole may be
explained by factors that are not directly observable
through include intercept terms and coefficients thru
, in conjunction with blunders phrases and inside
the version.
The Humanitarian Utility Gap Quotient (HUGQ) in a given
jurisdiction (u) and disaster situation (j) is described in
Equation (eleven). The sentence consists of many variables
that can be used as reasons, such as and ,
which stand for exceptional elements of catastrophe
funding structures.
Xuewen Du
8
It consists of the quadratic phrases for these variables,
and
, which can be used to look for
nonlinear correlations. In addition, a summation time
period over ok is covered inside the equation to account for
the effect of various variables, represented as
, at the
HUGQ. The HUGQ may further account for unobserved
components by including intercept terms and
coefficients through , as well as error terms and .
Figure 4. Environmental regulation affects industrial
productivity and pollution emissions.
Figure 4 illustrates the complex relationship between
environmental rules, industrial output, and pollution
emissions; it highlights how stringent regulations influence
relocation decisions and efforts to reduce pollution.
Aiming to minimise pollution and preserve environmental
quality, environmental regulation encompasses rules for
reducing pollutants, standards for pollutant emissions, and
levies on pollutant emissions.
An crucial measure for depicting the impact of law is the
fee of environmental performance, which incorporates the
charges of pollutants, their abatement, and emissions.
Pollutant abatement prices consist of both one-time
investments in gadget to save you pollutants and
continuous operational fees. Governments impose charges
on pollutant emissions, that are referred to as charges of
pollutants, and those charges reflect the severity of the
guidelines. Industries can either reduce their pollution
output or allow it to obviously degrade into the
environment, as depicted in the photo. Businesses should
don't forget the prices and advantages of reducing
emissions in evaluation to other options while making
choices that aim to maximise profitability. This cost
category approach considers the purchase of pollution
discount system as an abatement expense, while pollution
reduction equipment itself is a fee associated with pollution
era. The degree of stringency reflected in the rate on
pollution influences commercial behaviour. This suggests
that governments may additionally inspire organizations to
put money into mitigation technology or flow to areas with
laxer guidelines if the regulatory burden is higher for their
conduct. More and greater, while deciding to transport,
businesses are taking into consideration the widening hole
among the regulation of countries that might allow them to
spend less on compliance without sacrificing profits. Both
business output and pollution emissions are affected
equally by means of environmental policies. When policies
are overly strict, it is able to motive certain industries to
lose efficiency, which in flip increases compliance prices
and bounds operations. The stop result is a reduction in
pollutant emissions, that's promoted by way of the
development of environmentally pleasant era and methods.
Industrial output and pollutant emissions are both laid low
with environmental rules. Industries might see a decline in
productivity because of too stringent legal guidelines,
which may purpose a upward thrust in compliance charges
and running boundaries. Encouraging the development of
greener generation and strategies, they cause decreases in
pollutant emissions. As an entire, Figure four suggests how
pollution outcomes, business behaviour, and
environmental guidelines all interact with each other.
Policymakers may create green regulatory frameworks that
strike a compromise between financial worries and
environmental safety objectives with the aid of gaining
knowledge of how regulatory stringency impacts migration
selections and pollution reduction procedures.
A utility function's change in response to variations in the
Disaster-Based Disaster Funding System (DBDFS) is
defined by Equation (12), which stands for the Utility
Function Gradient with regard to Disaster-Based Disaster
Funding Systems . The is defined in this
model using a linear regression framework as a function of
Legal Framework of Land Engineering: Compliance with Environmental Regulations to Reduce Pollution
9
the derivative of the Humanitarian Utility Gap
Quotient with respect to DBDFS. The is
given by the equation as plus twice the coefficient
times the DBDFS, where is the intercept term. In this
case, it denotes the initial influence of DBDFS on ,
is the effect of fluctuations, with the quadratic component
in the utility function doubling the coefficient.
The change inside the software feature concerning
modifications in Non-Judicial Financial Support (NJFS) is
indicated by means of Equation (thirteen) as the Utility
Function Gradient with appreciate to Non-Judicial
Financial Support . Equation (12) serves as a
template for this version, which makes use of a linear
regression approach to reveal that is associated
with the spinoff of HUGQ with regard to NJFS. The
equation implies that is identical to the sum of the
intercept term plus two times the coefficient elevated
by using . In this context, represents the baseline
have an impact on of on , whilst describes
the impact of fluctuations.
Figure 5. Methods for managing land usage sustainably
Two elements of a have a look at of regulatory compliance
are proven in Equation 14. To determine how the non-
judicial monetary hole has modified because of variations
in catastrophe-based totally disaster financing structures
(DBDFS), the first equation determines the Non-Judicial
Financial Gap Gradient in regards to Disaster-Based
Disaster financing Systems (90). This equation is derived
the use of a linear regression model, where NFGGD is the
derivative of PGEJ with admire to DBDFS, that's the policy
gap explanatory variable. To discover how the
humanitarian software gap modifications in terms of
modifications inside the policy hole explanatory variable,
the second equation unearths the by-product of the
Humanitarian Utility Gap Quotient (HUGQ) with
appreciate to PGEJ. This derivative is same to the intercept
term improved by the coefficient , plus two times the
coefficient increased through , and DBDFS,
depending on the equation.
The coordinated technique to environmentally friendly
land control, shown in Figure five, is a nicely-notion-out
series of interconnected phases that can be adjusted to in
shape the have a look at vicinity's unique functions and
length. Achieving an equilibrium between the call for for
of landscape traits which includes complex natural assets
and natural capital and the demands and influences of
human activities is the intention of the method's decision-
making procedures. Landscapes are seen as essential herbal
resources with environmentally pleasant, social, and
economic price in this technique (91) (92). Natural capital,
which includes panorama attributes together with soil,
water, biodiversity, plant life, and geological functions, is
essential for retaining atmosphere services and ensuring
human nicely-being (93). For precise land use making
plans and knowledgeable decision-making, it's miles
critical to apprehend and measure the well worth of those
landscape features. To manage and use herbal resources
sustainably, it's far essential to don't forget each the desires
of the environment and the outcomes of human sports on
landscapes. Landscapes are degraded, fragmented, and
biodiversity is misplaced due to human activities which
include urbanisation, agriculture, industrial improvement,
and infrastructure developments. To achieve sustainability
in the long run, it is crucial to strike a balance between
these demands and the upkeep and restoration of the
environment. Figure 5 shows a framework for land use
management that is methodical and includes the following
steps:
At this stage, it map and analyse the landscape's
characteristics, ecological functions, and socioeconomic
variables in great detail. The ecological health of the terrain
and its potential for sustainable growth may be better
understood with this baseline information. To evaluate the
effects of human activities on landscapes and to find areas
where conservation efforts could work in tandem or in
opposition, it is essential to have a firm grasp of the kind
and scope of human activity within the research region.
Conflicts that emerge from the availability of landscape
qualities in connection to human activities are identified
and analysed using a technique based on confrontation.
Doing calls for considering the pros and cons, seeing
dangers, and trying to find common ground whilst
opposing objectives are at odds. It is essential to undertake
a conflict analysis and comprise the findings into the
formulation of proposals with the aim to find a center
ground among development and conservation objectives.
Xuewen Du
10
Possible functions at the table encompass conservation
tasks, strategies for land use making plans, obstacles on
zoning, and programmes to contain stakeholders.
Maximising landscape usage even as keeping their lengthy-
term viability and resilience is the aim of the incorporated
technique to responsible land use management. To do this,
selection-making processes need to take into account
financial, interpersonal, and ecological considerations. Its
flexible framework tackles the complicated demanding
situations of arranging land use in different contexts, which
can help within the transition in the direction of landscapes
that are greater resilient and sustainable.
Equation (15) is a two-part examination of the influence on
pollution reduction. The Non-Judicial Financial Gap
Gradient with regard to Non-Judicial Financial Support
is computed in the first section, which indicates
the change in the non-judicial financial gap with respect to
changes in NJFS. Equation (a) uses a linear regression
method to represent as the derivative of the Policy
Gap Explanatory Variable (PGEJ) with regard to NJFS.
The change in the humanitarian utility gap as a function of
variations in the policy gap explanatory variable is
represented by the derivative of the Humanitarian Utility
Gap Quotient (HUGQ) with respect to PGEJ, which is
evaluated in the second equation. The term multiplied
by the coefficient , plus twice the coefficient
multiplied by , and NJFS make up this derivative.
Stakeholder Engagement Effectiveness Analysis
Stakeholder engagement's efficacy in impacting regulatory
compliance is the situation of Equation (sixteen), which
offers a Stakeholder Engagement Effectiveness Analysis.
The equation assesses the shift in stakeholder
involvement in relation to modifications in NJFS. The
equation has components: the primary part includes the
affect of stakeholder engagement factors, which is
represented by means of the numerator that's the sum of an
intercept term , the coefficient , and two times the
coefficient increased by and NJFS. The second part
is the baseline effect of Non-Judicial Financial Support on
regulatory compliance, which is represented by an
intercept time period and twice the coefficient
elevated via NJFS.
Adoption and Implementation Analysis
To determine how stakeholder involvement affects the
adoption and implementation of environmental rules, with
a focus on NJFS, it is able to use Equation (17), that's an
Adoption and Implementation Analysis. The change in
adoption and implementation effectiveness with respect to
differences in NJFS is calculated the usage of this equation.
There are parts to it. The first is the numerator, which
represents the impact of elements associated with
stakeholder engagement on adoption and implementation,
and it's far calculated by using including an intercept term
to the coefficient , as well as two times the coefficient
elevated by way of , and NJFS. On the opposite hand,
the baseline impact of NJFS on adoption and
implementation is represented by using the denominator,
which includes an intercept aspect and double the
coefficient multiplied by NJFS.
Environmental and Health Outcomes Analysis
A try at a radical evaluation of environmental and fitness
consequences is made via the above equation 18, which
depicts a vector inequality machine (94). It is designed to
compare the outcomes of various variables (y, z, and c) on
health and environmental metrics. Incorporating
regulations pertaining to those factors, the machine takes
into account any perturbations that might impact
them. The cause of formulating the inequalities is to
guarantee that the weighted sums of the components,
represented by using , do no longer exceed the required
boundaries.
Environmentally friendly land engineering processes and
such can be done in a strategic way by employing this
method (95). It does this by involving a wide range of
stakeholders through the Integrative Stakeholder
Participation Approach (ISEA) which is used to craft sound
legislative frameworks which are faithful to rigorous
environmental policies. The method of using the
simulation evaluation allows for the possibility of assessing
the consequences of regulations, thus giving the decision
makers the ability to enact laws which are able to withstand
and be beneficial long term (96) (97) (98). And in that
process, it has potential to decrease pollution, protect
ecosystems and sell environmental protection. Aiding
efforts of land engineering should strive to work together
Legal Framework of Land Engineering: Compliance with Environmental Regulations to Reduce Pollution
11
and try to locate a balance between environmental
consciousness and vital improvement.
4. Results and Discussion
Protecting public health and the environment, reducing
pollution, and ensuring compliance with rules are all goals
of environmental governance in land engineering,
requiring for an exhaustive investigation. Pollutant
reduction, acceptance, and implementation outcomes;
stakeholder participation; regulatory compliance; and the
results of environmental and fitness studies are merely
some of the many topics covered by the research. Each of
these parts work together to form the rules and regulations
that control land engineering projects. One of the main
goals of this framework is to facilitate people making well-
informed decisions with the intent to promote sustainable
development.
Table 2. Simulation parameters used for
implementing the proposed Integrative Stakeholder
Participation Approach (ISEA)
Simulation
Parameters
Parameter Values
Stakeholder
Identification
Stakeholder mapping, surveys,
interviews, workshops
Stakeholder
Engagement
Multi-stakeholder forums, public
consultations
Strategies
Frequency, duration, level of
involvement
Information
Sharing
Online platforms, public meetings,
newsletters
Accessibility, clarity, language
preferences
Conflict
Resolution
Mediation, arbitration, consensus-
building techniques
Mechanisms
Timeliness, fairness, mechanisms for
addressing power
Decision-
making
Processes
Participatory frameworks, consensus-
building mechanisms
Transparency, inclusivity,
mechanisms for accountability
Monitoring and
Evaluation
Key performance indicators,
stakeholder feedback mechanisms
Figure 6. Regulatory Compliance Analysis
Figure 6 shows that conformity evaluation is the main basis
of the criminal approach to pollution reduction in land
engineering, especially when it comes to meeting
environmental regulations. For the purpose of to guarantee
environmental protection and pollution reduction, the audit
critically examines whether land improvement operations
adhere to several regulations, policies, and requirements.
Several factors contribute to this, including construction,
land usage, waste management, and pollution. It is critical
to do a suitability evaluation on land engineering projects
to enhance environmental well-being, guarantee healthy
human intake, and reduce the negative effects on
ecosystems. This will ensure that the projects comply with
strict environmental standards. With the intention of
ascertain whether or not a company is in conformity with
applicable regulations, it is necessary to track, record, and
assess its operations. With a 98.9% rate of success,
compliance analysts can address discrepancies, respond to
issues, and disclose decisions in a transparent way with the
assistance of managers and other parties. Corrective
measures are aimed at identifying imperfections and
minimization of adverse impact when non-compliance is
detected. Amongst obstacles that monitoring of compliance
deals with are understanding complex regulatory
processes, maintaining uniformity across different areas
and adapting to changing environmental conditions. When
trying to overcome these problems, it is necessary to
engage stakeholders throughout the project, implement
appropriate monitoring and management methods, and
work together strategically (99) (100). At the very a
minimum, compliance management is critical for
preserving sustainable land development, protecting the
environment, and ensuring the well-being of present and
future generations by enforcing land zoning regulations.
Xuewen Du
12
Figure 7. Pollution Reduction Impact Analysis
As shown in Figure 7 above, analysing reducing pollution
is a crucial component of the legislative process for land
projects with the goal to meet environmental standards,
with a specific focus on pollution abatement. This research
aims to assess the efficacy of infrastructure and
management strategies in mitigating environmental
impacts and pollution (101). The field investigates the
origins, distribution, and impacts of various pollutants on
ecosystems and human health (102) (103) (104). These
pollutants include, however are not limited to, noise, water
contamination, land degradation, and air emissions.
Pollution abatement impact analysis seeks to quantify the
amount to which pollution control and regulatory
compliance affect pollution emissions and environmental
quality. Information about pollutant concentrations, the
outcomes of environmental monitoring, and the methods
used to reduce pollution as a result of land engineering
projects are all part of this process. A monetary and social
benefit analysis of cleaner air and water, more biodiversity,
and improved public health as a consequence of pollution
reduction measures yields 99.2 %. For the purpose of
informing future policy creation and regulatory
enforcement tactics, pollution reduction effect analyses aid
in identifying priority areas for pollution control activities
and areas of concern. Potential obstacles to conducting
effective impact assessments on pollution reduction
include a lack of readily available data, doubts about the
accuracy of predictive models (105) (106) (107) (108), and
the difficulty of calculating cumulative effects across
different contaminants and environmental media. To tackle
these issues and make sure that initiatives to reduce
pollution are open and accountable, people need to work
together across disciplines, use strong methods for
monitoring and assessment, and involve stakeholders (109)
(110) (111). Legally, land engineering depends on
pollution reduction impact assessments to help with
decision-making. Sustainable land development methods
that safeguard environmental health are subsequently
promoted, and this helps with the development of effective
pollution control strategies.
Figure 8. Stakeholder Engagement Effectiveness
Analysis
The analysis of the effectiveness of stakeholder
participation is a crucial component of the legal framework
that controls land engineering, particularly when it comes
to complying with regulations that address pollution
reduction (112) (113) (114). This is illustrated in figure 8,
which can be found above. Land engineering projects and
pollution reduction initiatives are the focus of this
investigation of the level of stakeholder engagement (115)
(116) (117) (118). Stakeholders include government
agencies, businesses, environmental advocacy groups, and
communities at large. Assessing the openness,
responsiveness, and inclusivity of stakeholder engagement
initiatives from inception to closure (i.e., from planning
and permitting to implementation and monitoring) is what
this term refers to. For choices to be made in the public
interest, it is important to examine varied perspectives,
address concerns, and identify areas for improvement in
stakeholder engagement processes (119) (120). One way to
do this is to conduct an effectiveness study of stakeholder
engagement. Stakeholder engagement's effect on decision
and project results as well as the regulatory process's
credibility and legitimacy is assessed in this study.
Analysis of the effectiveness of stakeholder engagement
additionally assists in establishing credibility and working
together with stakeholders, which in turn fosters teamwork,
agreement, and joint responsibility for the achievement of
pollution reduction targets, which results in a 95.4%
completion rate. Analysing the success of stakeholder
involvement can be difficult for a number of reasons,
including the need to manage conflicts, ensure that
underrepresented groups have a voice, and strike a balance
between opposing interests. A dedication to decision-
making and collaborative procedures, the cultivation of
stakeholder interaction skills, and the establishment of
system standards for feedback and accountability are all
necessary for overcoming these obstacles. Finally, a long-
term strategy to reduce pollution must include
strengthening the legal framework for land projects,
encouraging democratic governance, and properly
assessing stakeholder engagement to guarantee
profitability.
Legal Framework of Land Engineering: Compliance with Environmental Regulations to Reduce Pollution
13
Figure 9. Adoption and Implementation Analysis
Adoption and use of drug testing, especially in achieving
standards for an environment that will reduce pollution, are
significantly impacted by the legal framework for land
management, as shown in Figure 9 above. Examining the
adoption and utilisation of policies, best practices, and laws
by those involved in land use initiatives is the primary
objective of the research. Throughout the project lifecycle,
from planning and engineering to construction and
operations, assess the extent to which environmental
standards are integrated. The effectiveness of regulatory
compliance measures in being adopted, monitored, and
enforced by relevant parties (such as regulatory agencies)
is what adoption and implementation analysis is all about.
Problems with resources, lack of technical capability,
uninformed stakeholders, and unclear regulations are some
of the obstacles that this investigation hopes to uncover.
Analysis of adoption and implementation determines the
degree to which compliance mechanisms are effective in
achieving environmental objectives and lowering pollution
levels. These objectives include the sanitation of dirty
water and air, the preservation of natural habitats, and the
protection of people's health by creating 97.3%. Additional
benefits of this study include the discovery of regulatory
effectiveness and pollution control measure gaps,
inefficiencies, and opportunities. Potential difficulties in
conducting adoption and implementation analyses include
ensuring uniformity in enforcement efforts, coordinating
amongst regulatory bodies, and developing adaptive
management strategies to deal with new forms of pollution.
In order to overcome these issues, it is necessary for local
communities, government agencies, and industry
stakeholders to work together and encourage land
engineering techniques that are compliant, accountable,
and constantly improved. When it comes down to it,
analysing acceptance and implementation is vital for
improving land engineering law, encouraging sustainable
development, and preserving the environment for the next
generation.
Figure 10. Environmental and Health Outcomes
Analysis
In the above figure 10, legal requirements for land
engineering include studies of environmental and health
impacts, which are especially important when it comes to
meeting pollution reduction targets set by government
agencies. Evaluation of environmental and health effects
can determine, with 96.2% accuracy, if regulatory actions
and strategies for controlling pollutants are effective in
lowering pollutant emissions, limiting environmental
degradation, and preventing unfavourable fitness
outcomes. This method gathers information from
environmental monitoring, fitness surveillance statistics,
and epidemiological research in an effort to identify
characteristics, trends, and relationships between land
engineering and health and environmental outcomes. This
investigation aims to enhance environmental justice and
equity while additionally examining how minority and
profit communities are disproportionately affected by
pollution. Funding for public health interventions,
pollution management strategies, and environmental
legislation are all impacted by environmental and fitness
assessments of this phenomenon. The potential for
infection, doubts about the accuracy of testing, and a
general lack of understanding might have a detrimental
effect on environmental research and human health.
Particulate pollution control systems and evidence-based
decisions necessitate interdisciplinary cooperation,
rigorous research approaches, and stakeholder
engagement. For the sake of present and future generations,
it is the legal obligation of soil engineers to promote
sustainable development while simultaneously
safeguarding human health and the environment (121)
(122). The environmental and health benefits must be
considered in this instance (123) (124) (125).
These evaluations help us comprehend the effects of land
engineering on human and environmental health, which in
turn can guide management, policy, and sustainable
development efforts in the future. To fulfil their legal
responsibilities to prioritise environmental sustainability
and preserve public health for present and future
Xuewen Du
14
generations, onshore workers must overcome obstacles
such as limited information availability, lack of
technological capacity, lack of engagement with partners,
etc.
5. Conclusion
The results of this research provide credence to the idea that
severe limitations are necessary for an appropriate legal
framework to support environmentally conscious land
engineering technology. The report emphasises the
importance of working together and making changes to
save ecosystems and human health from growing
environmental dangers. It helps with land development as
well. More and more people are coming to the conclusion
that an Inter-Agency Strategic Partnership (ISEA) is the
greatest method to include different interest groups in
governance. Community members, companies, and
environmentalists all fall under this category of interest.
The manufacturing, waste management, urban planning,
and infrastructure sectors are among those that stand to
gain from the regulatory process. The framework's
objective is to lessen negative effects on the environment,
hence it promotes ecologically sound land engineering
practices and pushes for strict adherence to environmental
rules. By simulating various regulatory regimes and
comparing their effects on society and the environment,
simulation analysis is a powerful tool for assessing the
efficacy of regulatory systems. This is the way that
policymaking and the decision-making process are useful.
Improving environmental protection and reducing
pollution are the goals of this research, which employs
simulation analysis and participant involvement. The long-
term goal of the research is to provide data that can inform
eco-friendlier approaches to land development.
Comprehensive strategies that address existing
environmental challenges can be used to drive future land
development initiatives in a more responsible and
sustainable manner.
References
1. Karkkainen BC. Information as environmental
regulation: TRI and performance benchmarking,
precursor to a new paradigm? En: Environmental
Law. Routledge; 2019. p. 191–304.
2. Gómez Cano CA, Sánchez Castillo V, Ballen Losada
Y, Bermudez Monje MA. Análisis de los riesgos
asociados a la prestación de servicios en sala de
enfermedades respiratorias durante la pandemia
COVID-19 en el Hospital María Inmaculada. Salud,
Ciencia y Tecnología. 2022;123.
https://doi.org/10.56294/saludcyt2022123
3. Gonzales Tito YM, Quintanilla López LN, Pérez
Gamboa AJ. Metaverse and education: a complex
space for the next educational revolution. Metaverse
Basic and Applied Research. 2023;2:56.
https://doi.org/10.56294/mr202356
4. Mae Samuel A, Garcia-Constantino M. User-centred
prototype to support wellbeing and isolation of
software developers using smartwatches. En: Huisa
Veria E, editor. Advanced Notes in Information
Science. ColNes Publishing; 2022.
https://pub.colnes.org/index.php/anis/workflow/acces
s/125
5. Li T, Liu Y, Lin S, Liu Y, Xie Y. Soil Pollution
Management in China: A Brief Introduction.
Sustainability. 2019;11(3):556.
https://doi.org/10.3390/su11030556
6. Contreras J, Cepeda A. Implementation of a course on
disruptive technologies for nursing students in Chile.
Data and Metadata. 2023;2:129.
https://doi.org/10.56294/dm2023129
7. Estrada-Araoz EG, León-Hancco LB, Avilés-Puma B,
Yupanqui-Pino EH, Larico-Uchamaco GR. Apoyo
social percibido y malestar psicológico en una muestra
de estudiantes universitarios peruanos: Un estudio
correlacional. Salud, Ciencia y Tecnología
2024;4:833.
https://doi.org/10.56294/saludcyt2024833
8. Agboola O, Babatunde DE, Isaac Fayomi OS, Sadiku
ER, Popoola P, Moropeng L, et al. A review on the
impact of mining operation: Monitoring, assessment
and management. Results in Engineering. diciembre
de 2020;8:100181.
9. Liu S, Wang X, Guo G, Yan Z. Status and
environmental management of soil mercury pollution
in China: A review. Journal of Environmental
Management. enero de 2021;277:111442.
https://doi.org/10.1016/j.jenvman.2020.111442
10. Ronchi S, Salata S, Arcidiacono A, Piroli E,
Montanarella L. Policy instruments for soil protection
among the EU member states: A comparative analysis.
Land Use Policy. marzo de 2019;82:763–80.
https://doi.org/10.1016/j.landusepol.2019.01.017
11. Gonzalez-Argote D, Gonzalez-Argote J. Augmented
reality applications in online shopping. DecisionTech
Review. 2023;3. https://doi.org/10.47909/
12. Pinto LG. A study of the strategic alignment of
information services with the 2030 Agenda:
contributions of performance evaluation and sectoral
standardization. En: Cardama SM, Arias DL,
Valentim MLP, editores. Advanced Notes in
Information Science. Pro-Metrics; 2023.
https://doi.org/10.47909/978-9916-9906-9-8.49
Legal Framework of Land Engineering: Compliance with Environmental Regulations to Reduce Pollution
15
13. Ramirez-Cruz A, Sucapuca C, Morales García M,
Álvarez-Manrique VD, Flores-Saenz A, Morales-
García WC. Validation of a Job Satisfaction Scale
among Health Workers. Data and Metadata.
2024;3:260. https://doi.org/10.56294/dm2024260
14. Shi J, Huang W, Han H, Xu C. Pollution control of
wastewater from the coal chemical industry in China:
Environmental management policy and technical
standards. Renewable and Sustainable Energy
Reviews. junio de 2021;143:110883.
https://doi.org/10.1016/j.rser.2021.110883
15. Romero-Carazas R. Prompt lawyer: a challenge in the
face of the integration of artificial intelligence and
law. Gamification and Augmented Reality. 2023;1:7–
7. https://doi.org/10.56294/gr20237
16. Siregar I. CSR-based corporate environmental policy
implementation. British Journal of Environmental
Studies. 2021;1(1):51–7. https://www.al-
kindipublisher.com/index.php/bjes/article/view/2613
17. Gómez Cano CA, Sánchez Castillo V. Unveiling the
Thematic Landscape of Cultural Studies Through
Bibliometric Analysis. Community and
Interculturality in Dialogue. 2022;2:34.
https://doi.org/10.56294/cid202234
18. Chalco-Ccapa I, Torres-Mamani G, Morales-García
M, Flores-Saenz AA, Sairitupa-Sanchez LZ, Paredes-
Saavedra M, et al. Validation and invariance of an
Individual Work Performance Questionnaire (IWPQ-
P) in Peruvian Nurses. Data and Metadata.
2024;3:259. https://doi.org/10.56294/dm2024259
19. Gómez-Cano CA, Miranda-Passo JC, Ramírez
Fernández R. Bibliometric analysis of the scientific
production on crowdsourcing in health. Salud, Ciencia
y Tecnología. 2023;3:597.
https://doi.org/10.56294/saludcyt2023597
20. Oria Saavedra M, Rojas Ruíz GC, Espinosa Aguilar
A, Vaesken Rojas JS, Presentado Mora EH, Pérez
Miño CJ. Satisfacción estudiantil y calidad
institucional en la Educación Superior en Salud.
Health Leadership and Quality of Life. 2024;3:43.
ttps://doi.org/10.56294/hl202443
21. Bagreeva EG, Shamsunov SK, Zemlin AI.
Environmental Safety Conditions in the Transport
Sector by Improving the Culture of Lawmaking.
Ekoloji Dergisi. 2019;(107).
https://www.elibrary.ru/item.asp?id=38665656
22. Gamboa AJP, Egües MAP. Integrating perspectives:
contributions of Gestalt Theory to the understanding
of Social Psychology. AWARI. 2023;4:1–11.
https://doi.org/10.47909/awari.54
23. Cavalcante UDFB. Feminicide from the perspective
of the cultural mediation of information. En: Cardama
SM, Arias DL, Valentim MLP, editores. Advanced
Notes in Information Science. Pro-Metrics; 2023.
https://doi.org/10.47909/978-9916-9906-9-8.72
24. Dias PM, Dias TMR, Moita GF. Collection and
integration of scientific data for production analysis
Brazilian scientific in open access journals. En:
Rodrigues Dias TM, editor. Advanced Notes in
Information Science. ColNes Publishing; 2022.
https://doi.org/10.47909/anis.978-9916-9760-3-6.105
25. Pacheco Salles FL, Feitanin Basso M, Leonel A.
Smartphone use: implications for musculoskeletal
symptoms and socio-demographic characteristics in
students. Interdisciplinary Rehabilitation /
Rehabilitacion Interdisciplinaria. 2024;4:72.
https://doi.org/10.56294/ri202472
26. Law KL, Narayan R. Reducing environmental plastic
pollution by designing polymer materials for managed
end-of-life. Nature Reviews Materials. el 11 de
octubre de 2021;7(2):104–16.
https://doi.org/10.1038/s41578-021-00382-0
27. Gonzalez-Argote D, Gonzalez-Argote J. Generation
of graphs from scientific journal metadata with the
OAI-PMH system. Seminars in Medical Writing and
Education. 2023;2:43.
https://doi.org/10.56294/mw202343
28. Gonzalez-Argote J, Castillo-González W.
Productivity and Impact of the Scientific Production
on Human-Computer Interaction in Scopus from 2018
to 2022. AG Multidisciplinar. 2023;1:10–10.
https://doi.org/10.62486/agmu202310
29. Ngo TQ. How do environmental regulations affect
carbon emission and energy efficiency patterns? A
provincial-level analysis of Chinese energy-intensive
industries. Environmental Science and Pollution
Research. 2022;29(3):3446–62.
https://doi.org/10.1007/s11356-021-15843-w
30. Prevall Vinent IM. Corporal Expression as a broad
spectrum psycho-pedagogical resource. Seminars in
Medical Writing and Education. 2024;3:48.
https://doi.org/10.56294/mw202448
31. Gómez Cano CA, Sánchez Castillo V. Scholarly
Output on Computer Networks and Communication:
A Ten-Year Bibliometric Analysis in Scopus (2013-
2022). Gamification and Augmented Reality.
2024;2:29–29. https://doi.org/10.56294/gr202429.
32. Araneo J, Escudero FI, Muñoz Arbizu MA, Trivarelli
CB, Van Den Dooren MC, Lichtensztejn M, et al.
Wellness and Integrative Health Education Campaign
Xuewen Du
16
by undergraduate students in Music Therapy.
Community and Interculturality in Dialogue.
2023;4:117. https://doi.org/10.56294/cid2024117
33. Céspedes-Proenza I, La-O-Rojas Y, García-Bacallao
Y, Leyva-Samuel L, Padín-Gámez Y, Crispin-
Rodríguez D. Intervención educativa sobre cáncer
bucal en pacientes de alto riesgo mayores de 35 años.
Community and Interculturality in Dialogue.
2024;4:127. https://doi.org/10.56294/cid2024127
34. Wang Y, Li M. Credit policy and its heterogeneous
effects on green innovations. Journal of Financial
Stability. 2022;58:100961.
https://doi.org/10.1016/j.jfs.2021.100961
35. Asencios-Trujillo L, Asencios-Trujillo L, La Rosa-
Longobardi C, Gallegos-Espinoza D, Piñas-Rivera L.
Fear in health professionals working in a hospital
institution in Covid-19. Health Leadership and
Quality of Life. 2024;3:34.
https://doi.org/10.56294/hl202434
36. Franetovic G, Bertero A. How do people understand
inequality in Chile? A study through attitude network
analysis. AWARI. 2023;4.
https://doi.org/10.47909/awari.42
37. Sidiq M, Chahal A, Gupta S, Vajrala KR.
Advancement, utilization, and future outlook of
Artificial Intelligence for physiotherapy clinical trials
in India: An overview. Interdisciplinary
Rehabilitation / Rehabilitacion Interdisciplinaria.
2023;4:73. https://doi.org/10.56294/ri202473
38. Zhang Z, Liu J, Gu X. Reduction of industrial land
beyond Urban Development Boundary in Shanghai:
Differences in policy responses and impact on towns
and villages. Land Use Policy. 2019;82:620–30.
https://doi.org/10.1016/j.landusepol.2018.12.040
39. Botero Gómez LV, Nova Guevara DA. Analysis of the
difference of the legally relevant facts of the indicator
facts. AG Multidisciplinar. 2023;1:17–17.
https://doi.org/10.62486/agmu202317
40. Mestanza-Ramón C, Cuenca-Cumbicus J, D’Orio G,
Flores-Toala J, Segovia-Cáceres S, Bonilla-Bonilla A,
et al. Gold Mining in the Amazon Region of Ecuador:
History and a Review of Its Socio-Environmental
Impacts. Land. el 1 de febrero de 2022;11(2):221.
https://doi.org/10.3390/land11020221
41. Asencios-Trujillo L, Asencios-Trujillo L, La Rosa-
Longobardi C, Gallegos-Espinoza D, Piñas-Rivera L.
E-health literacy level of university teachers attending
first level health centers in South Lima. Health
Leadership and Quality of Life. de 2024;3:49.
https://doi.org/10.56294/hl202449
42. Zumba EMP, Cajape VAA, Aguilar JLS, Arias LEV,
Zambrano ZER, Guamán JRR, et al. Artificial
Intelligence in Sports: Data Analysis to Enhance
Training. Interdisciplinary
Rehabilitation/Rehabilitacion Interdisciplinaria.
2024;4:85–85. https://doi.org/10.56294/ri202485
43. González MS, Pérez AG. Proposal of actions to
improve accessibility at the Hotel Las Yagrumas,
Artemisa. AG Managment. 2024;2:25–25.
https://doi.org/10.62486/agma202425
44. Sánchez LYO, Bolívar LS. Negatives Effects of
Forestation. AG Multidisciplinar. 2023;1:19–19.
https://doi.org/10.62486/agmu202319
45. Xu Y, Chan FKS, He J, Johnson M, Gibbins C, Kay
P, et al. A critical review of microplastic pollution in
urban freshwater environments and legislative
progress in China: Recommendations and insights.
Critical Reviews in Environmental Science and
Technology. 2021;51(22):2637–80.
https://doi.org/10.1080/10643389.2020.1801308
46. Cristian MR, Ramona MV, Iasmina PA, Georgiana
RC. A case of non-compliance with legal
environmental requirements: Improper storage of
lead-containing materials in Hunedoara County,
Romania. Advances in Environmental Sciences.
2021;13(2):63–9.
http://www.aes.bioflux.com.ro/docs/2021.63-69.pdf
47. Radaelli RC, Quipildor EM. Perception of illness and
death in the nursing setting. Community and
Interculturality in Dialogue. 2023;4:93.
https://doi.org/10.56294/cid202493
48. Rocha J. Terapéutica farmacológica actual para artritis
reumatoide, factores para su eficacia y complicaciones
asociadas: revisión sistemática. Interdisciplinary
Rehabilitation / Rehabilitacion Interdisciplinaria. el
15 de enero de 2024;4:76.
https://doi.org/10.56294/ri202476
49. Crispin-Rodríguez D, Crispin-Castellanos D,
Ledesma-Céspedes N, Reyes-Cortiña G, Lamorú-
Pardo AM, Ivonnet-Gutiérrez E. Estrategia de
atención integral en el Centro Penitenciario El
Guayabo. Community and Interculturality in
Dialogue. 2024;4:126.
https://doi.org/10.56294/cid2024126
50. Basu S, Omotubora A, Beeson M, Fox C. Legal
framework for small autonomous agricultural robots.
AI & Society. 2020;35(1):113–34.
https://doi.org/10.1007/s00146-018-0846-4
51. Andrade-Girón D, Marín-Rodriguez W, Sandivar-
Rosas J, Carreño-Cisneros E, Susanibar-Ramirez E,
Legal Framework of Land Engineering: Compliance with Environmental Regulations to Reduce Pollution
17
Zuñiga-Rojas M, et al. Generative artificial
intelligence in higher education learning: A review
based on academic databases. Iberoamerican Journal
of Science Measurement and Communication.
2024;4(1):1–16. https://doi.org/10.47909/ijsmc.101
52. Rodríguez AL. Analysis of associative
entrepreneurship as a territorial strategy in the
municipality of Mesetas, Meta. AG Managment.
2023;1:15–15. https://doi.org/10.62486/agma202315
53. Fang J, Liu C, Gao C. The impact of environmental
regulation on firm exports: evidence from
environmental information disclosure policy in China.
Environ Sci Pollut Res. diciembre de
2019;26(36):37101–13.
https://doi.org/10.1007/s11356-019-06807-2
54. Sanabria Martínez MJ. Construir nuevos espacios
sostenibles respetando la diversidad cultural desde el
nivel local. Región Científica.
2022;1(1):20222. https://doi.org/10.58763/rc20222
55. Rodríguez LPM, Sánchez PAS. Social appropriation
of knowledge applying the knowledge management
methodology. Case study: San Miguel de Sema,
Boyacá. AG Managment. 2023;1:13–13.
https://doi.org/10.62486/agma202313
56. Hernández Martínez MC, González Medina MA.
Impact of Toxic Substance Use on Quality of Life in
Adolescents. Health Leadership and Quality of Life.
2024;3:42. https://doi.org/10.56294/hl202442
57. Söderholm P, Bergquist AK, Söderholm K.
Environmental Regulation in the Pulp and Paper
Industry: Impacts and Challenges. Current Forestry
Reports. 2019;5(4):185–98.
https://doi.org/10.1007/s40725-019-00097-0
58. Eslava Zapata R, Chacón Guerrero E, Esteban
Montilla R. Emerging Technologies in Education: A
Bibliometric Analysis of Artificial Intelligence and its
Applications in Health Sciences. Seminars in Medical
Writing and Education. 2024;3:49.
https://doi.org/10.56294/mw202449
59. Vázquez Vidal V, Martínez Prats G. Desarrollo
regional y su impacto en la sociedad mexicana.
Región Científica.
2023;2(1):202336. https://doi.org/10.58763/rc202336
60. Rojas MG, Agudelo NG. Creative economy and
communication. Characterization in a line of research.
Gamification and Augmented Reality. 2024;2:32–32.
https://doi.org/10.56294/gr202432
61. Villa JAT. The official household public service
companies and their obligatory to publish their actions
in the SECOP. AG Managment. 2023;1:19–19.
https://doi.org/10.62486/agma202319
62. Ríos-Quispe CF. Analysis of ABC Cost Systems. AG
Managment. 2023;1:12–12.
https://doi.org/10.62486/agma202312
63. Ripoll Rivaldo M. El emprendimiento social
universitario como estrategia de desarrollo en
personas, comunidades y territorios. Región
Científica. 2023;2(2):202379..
https://doi.org/10.58763/rc202379
64. Botello-Juárez FA, Vega-Almeida RL, Arencibia-
Jorge R. El Etnocentrismo como objeto de
investigación: un enfoque bibliométrico.
Iberoamerican Journal of Science Measurement and
Communication. 2024;4(1).
https://doi.org/10.47909/ijsmc.100
65. Espinosa-Rada A, Ruiz FO, Palacios D. Social
Network Researchers in South America: The Chilean
Society for Social Network Science (ChiSocNet).
AWARI. 2023;4. https://doi.org/10.47909/awari.48
66. Dominguez Miranda SA, Rodriguez Aguilar R.
Machine learning models in health prevention and
promotion and labor productivity: A co-word analysis.
Iberoamerican Journal of Science Measurement and
Communication. 2024;4(1):1–16.
https://doi.org/10.47909/ijsmc.85
67. Gutiérrez ARI, Espinosa JCM. Building and
sustainability information modeling: An analysis of its
thematic structure. Iberoamerican Journal of Science
Measurement and Communication. 2024;4(1):1–15.
https://doi.org/10.47909/ijsmc.98
68. Tápanes Suárez E, Bosch Nuñez O, Sánchez Suárez
Y, Marqués León M, Santos Pérez O. Sistema de
indicadores para el control de la sostenibilidad de los
centros históricos asociada al transporte. Región
Científica. 2023;2(1):202352.
https://doi.org/10.58763/rc202352
69. Sánchez Castillo V. The contribution of rural social
networks to the consolidation of social capital.
AWARI. 2023;4. https://doi.org/10.47909/awari.52
70. Gómez Cano CA. Hidden knowledge networks:
Influence of invisible colleges on scientific research.
AWARI. 2023;4. https://doi.org/10.47909/awari.50
71. Auhunas S. Evaluation and impact of descriptive
metadata on academic event management in Ukraine:
A quantitative study. Iberoamerican Journal of
Xuewen Du
18
Science Measurement and Communication.
2024;4(1):1–30. https://doi.org/10.47909/ijsmc.91
72. Yang Q, Gao D, Song D, Li Y. Environmental
regulation, pollution reduction and green innovation:
The case of the Chinese Water Ecological Civilization
City Pilot policy. Economic Systems.
2021;45(4):100911.
https://doi.org/10.1016/j.ecosys.2021.100911
73. Cai X, Zhu B, Zhang H, Li L, Xie M. Can direct
environmental regulation promote green technology
innovation in heavily polluting industries? Evidence
from Chinese listed companies. Science of The Total
Environment. 020;746:140810.
https://doi.org/10.1016/j.scitotenv.2020.140810
74. Salzman J, Ruhl J. Currencies and the
commodification of environmental law. En:
Environmental Law. Routledge; 2019. p. 3–90.
75. Yusuf A, Sodiq A, Giwa A, Eke J, Pikuda O, Eniola
JO, et al. Updated review on microplastics in water,
their occurrence, detection, measurement,
environmental pollution, and the need for regulatory
standards. Environmental Pollution.
2022;292:118421.
https://doi.org/10.1016/j.envpol.2021.118421
76. Pacheco-Vega R. Environmental regulation,
governance, and policy instruments, 20 years after the
stick, carrot, and sermon typology. Journal of
Environmental Policy & Planning. el 2 de septiembre
de 2020;22(5):620–35.
77. Granados Marcelo KV, Meneses Claudio BA, Zapana
Ruiz JA. Impact of Work Motivation on service
advisors of a public institution in North Lima.
Southern perspective / Perspectiva austral. 2023;1:11.
https://doi.org/10.56294/pa202311
78. Rodríguez Torres E, Gómez Cano CA, Sánchez
Castillo V. Management information systems and
their impact on business decision making. Data and
Metadata. el 2 de diciembre de 2022;1:21. Torres ER,
Cano CAG, Castillo VS. Management information
systems and their impact on business decision making.
Data and Metadata. 2022;1:21–21.
https://doi.org/10.56294/dm202221
79. Torres ER, Cano CAG, Castillo VS. Application of
gamification in work environment. Gamification and
Augmented Reality. 2024;2:24–24.
https://doi.org/10.56294/gr202424
80. Gómez Cano CA, Sánchez Castillo V. Knowledge
Structure in Rehabilitation within and beyond the
Medical Field: Bibliometric Perspectives of the
Categories “Physical Therapy, Sports Therapy and
Rehabilitation” and “Rehabilitation”.
Interdisciplinary Rehabilitation / Rehabilitacion
Interdisciplinaria. 2022;2:22.
https://doi.org/10.56294/ri202222
81. Pérez Gamboa AJ, Gómez Cano CA, Sánchez Castillo
V. Decision making in university contexts based on
knowledge management systems. Data and Metadata.
2022;1:92. https://doi.org/10.56294/dm202292
82. Auza-Santiváñez JC, Díaz JAC, Cruz OAV, Robles-
Nina SM, Escalante CS, Huanca BA. Bibliometric
Analysis of the Worldwide Scholarly Output on
Artificial Intelligence in Scopus. Gamification and
Augmented Reality. 2023;1:11–11.
https://doi.org/10.56294/gr202311
83. Keeling Alvarez M, Veloz Montano MDLN. The
quality of education, a concern beyond the classroom
space. Seminars in Medical Writing and Education.
2024;3:52. https://doi.org/10.56294/mw202452
84. Domínguez Romay A, Keeling Alvarez M.
Theoretical approach to professional development: A
review of the pedagogical process. Seminars in
Medical Writing and Education. 2024;3:50.
https://doi.org/10.56294/mw202450
85. Asencios-Trujillo L, Asencios-Trujillo L, La Rosa-
Longobardi C, Gallegos-Espinoza D, Piñas-Rivera L.
Level of resilience in nursing students doing their pre-
professional internships at a university in northern
Lima. Health Leadership and Quality of Life.
2023;2:29. https://doi.org/10.56294/hl202329
86. Gonzalez-Argote D, Gonzalez-Argote J. Augmented
reality applications in the tourism sector.
DecisionTech Review. 2023;3.
https://doi.org/10.47909/
87. Gómez Cano CA, Sánchez Castillo V, Jiménez Zapata
EM. Innovation as a competitive factor for
organizations in emerging countries. DecisionTech
Review. 2023;3. https://doi.org/10.47909/
88. Acosta RA, Rodríguez JB, Reyes ED, Suárez YS,
Nogueira DM. Improvements in the management of
work organization. Case: aluminum swing doors.
DecisionTech Review. 2023;3.
https://doi.org/10.47909/
89. Alarcon JA. Risk management model for information
security. DecisionTech Rev. 2023;3:1–6.
https://doi.org/10.47909/dtr.05
90. Debortoli DO, Brignole NB. Inteligencia empresarial
para estimular el giro comercial en el microcentro de
una ciudad de tamaño intermedio. Región Científica.
Legal Framework of Land Engineering: Compliance with Environmental Regulations to Reduce Pollution
19
2024;3(1):2024195..
https://doi.org/10.58763/rc2024195
91. Higuera Carrillo EL. Aspectos clave en agroproyectos
con enfoque comercial: Una aproximación desde las
concepciones epistemológicas sobre el problema rural
agrario en Colombia. Región Científica.
2022;1(1):20224. https://doi.org/10.58763/rc20224
92. Rivas Riveros E, López Espinoza M. Relación entre
factores sociodemográficos y la calidad de vida en
pacientes en hemodiálisis. Salud, Ciencia y
Tecnología. 2024;4:744.
https://doi.org/10.56294/saludcyt2024744
93. Raudales-Garcia EV, Acosta-Tzin JV, Aguilar-
Hernández PA. Economía circular: una revisión
bibliométrica y sistemática. Región Científica.
2024;3(1):2024192.
https://doi.org/10.58763/rc2024192
94. Swathi P, Tejaswi DS, Khan MA, Saishree M,
Rachapudi VB, Anguraj DK. Enhancing the
Identification of False News using Machine Learning
Algorithms: A Comparative Study. Metaverse Basic
and Applied Research 2024;3:66–66.
https://doi.org/10.56294/mr202466
95. Uwhejevwe-Togbolo SE, Festus Elugom FE,
Iguemedere Ofomaja N. Ethical use of data in the
metaverse for corporate social responsibility.
Metaverse Basic and Applied Research. 2024;3:61.
https://doi.org/10.56294/mr202461
96. Espinosa Aguilar A, Oria Saavedra M, Rojas Ruíz
GC, Lepez CO. Competencias investigativas en
profesores de Enfermería. Salud, Ciencia y
Tecnología. 2023;4:705.
https://doi.org/10.56294/saludcyt2024705
97. Haque MdA, Rahman M, Faizanuddin Md, Anwar D.
Educational Horizons of the Metaverse: Vision,
Opportunities, and Challenges. Metaverse Basic and
Applied Research. 2023;3:60.
https://doi.org/10.56294/mr202460
98. Cuentas Figueroa R, Cuentas Correa G, Pimienta
Gomez SDR. Statistical analysis of social networks as
a means of communication for children in educational
institutions in Riohacha, La Guajira, Colombia.
Metaverse Basic and Applied Research. 2023;2:53.
https://doi.org/10.56294/mr202353
99. Arroix Jiménez T, Sánchez Castillo V, Colala Troya
AL, Pérez Gamboa AJ. The use of methods in
teaching History: a mixed exploratory study at the
Ciego de Ávila University, Cuba. Salud, Ciencia y
Tecnología - Serie de Conferencias. 2023;2:529.
https://doi.org/10.56294/sctconf2023529
100. Sánchez Suárez Y, Pérez Gamboa AJ, Hernández
Nariño A, Díaz-Chieng LY, Marqués León M,
Pancorbo Sandoval JA, et al. Hospital culture and
social responsibility: a mixed study of the main lines
for its development. Salud, Ciencia y Tecnología -
Serie de Conferencias. 2023;2:451.
https://doi.org/10.56294/sctconf2023451
101. Barroso Moraes I. Critical Analysis of Health
Indicators in Primary Health Care: A Brazilian
Perspective. AG Salud. 2023;1:28.
https://doi.org/10.62486/agsalud202328
102. Rosario Quiroz FJ, Espinoza Oncoy AW. Resilience
and life satisfaction in migrant university students
residing in Lima. AG Salud. 2023;1:9.
https://doi.org/10.62486/agsalud20239
103. Quiñones García I, Valido Valdes D. Community
Intervention Programme. Domestic violence against
women. AG Salud. 2024;2:56.
https://doi.org/10.62486/agsalud202456
104. Promise Ogolodom M, Nathaniel Mbaba A, Johnson
J, Uche Chiegwu H, .S.Ordu K, .C.Okej M, et al.
Knowledge and perception of healthcare workers
towards the adoption of artificial intelligence in
healthcare service delivery in Nigeria. AG Salud.
2023;1:16. https://doi.org/10.62486/agsalud202316
105. Huaman N, Morales-García WC, Castillo-Blanco R,
Saintila J, Huancahuire-Vega S, Morales-García SB,
et al. An Explanatory Model of Work-family Conflict
and Resilience as Predictors of Job Satisfaction in
Nurses: The Mediating Role of Work Engagement and
Communication Skills. J Journal of Primary Care &
Community Health. 2023;14:215013192311513.
http://doi.org/10.1177/21501319231151380
106. Cabrera-Aguilar E, Zevallos-Francia M, Morales-
García M, Ramírez-Coronel AA, Morales-García SB,
Sairitupa-Sanchez LZ, et al. Resilience and stress as
predictors of work engagement: the mediating role of
self-efficacy in nurses. Frontiers in Psychiatry.
2023;14:1202048.
https://doi.org/10.3389/fpsyt.2023.1202048
107. Cayupe JC, Bernedo-Moreira DH, Morales-García
WC, Alcaraz FL, Peña KBC, Saintila J, et al. Self-
efficacy, organizational commitment, workload as
predictors of life satisfaction in elementary school
teachers: the mediating role of job satisfaction.
Frontiers in Psychology. 2023;14:1066321.
https://doi.org/10.3389/fpsyg.2023.1066321
108. Plaza-Ccuno JNR, Vasquez Puri C, Calizaya-Milla
YE, Morales-García WC, Huancahuire-Vega S,
Soriano-Moreno AN, et al. Physical Inactivity is
Associated with Job Burnout in Health Professionals
Xuewen Du
20
During the COVID-19 Pandemic. Risk Management
and Healthcare Policy. 2023;Volume 16:725–33.
https://doi.org/10.2147/RMHP.S393311
109. Auza-Santivañez JC, Lopez-Quispe AG, Carías A,
Huanca BA, Remón AS, Condo-Gutierrez AR, et al.
Work of the emergency system in polytraumatized
patients transferred to the hospital. AG
Multidisciplinar. 2023;1:9–9.
https://doi.org/10.62486/agmu20239
110. Dilas D, Flores R, Morales-García WC, Calizaya-
Milla YE, Morales-García M, Sairitupa-Sanchez L,
et al. Social Support, Quality of Care, and Patient
Adherence to Tuberculosis Treatment in Peru: The
Mediating Role of Nurse Health Education. Patient
Preference and Adherence. 2023;Volume 17:175–86.
https://doi.org/10.2147/PPA.S391930
111. Morales-García WC, Huancahuire-Vega S, Saintila J,
Morales-García M, Fernández-Molocho L, Ruiz
Mamani PG. Predictors of Intention to Vaccinate
Against COVID-19 in a Peruvian Sample. Journal of
Primary Care and Community Health
2022;13. https://doi.org/10.1177/2150131922109225
4
112. González Rodríguez MA, Murcia Lesmes DD,
Sánchez Castillo V. Identification of rural contexts
associated with cane cultivation Panelera: Santa Rita
farm, Vereda Aguas Claras, Municipality of Albania,
Caquetá. Southern perspective / Perspectiva austral.
2024;2:24. https://doi.org/10.56294/pa202424
113. Roman-Acosta D, Caira-Tovar N, Rodríguez-Torres
E, Pérez Gamboa AJ. Effective leadership and
communication strategies in disadvantaged contexts
in the digital age. Salud, Ciencia y Tecnología - Serie
de Conferencias. 2023;2:532.
https://doi.org/10.56294/sctconf2023532
114. Ortiz Llana AJ, Zapana Ruiz JA, Meneses Claudio
BA. Quality of service and citizen satisfaction in a
Lima district municipality. Southern perspective /
Perspectiva austral. 2023;1:17.
https://doi.org/10.56294/pa202317
115. Vilca Malaver YY, Meneses Claudio BA, Zapana
Ruiz JA. Quality of service and user satisfaction of a
police station in a district of northern Lima. Southern
perspective / Perspectiva austral. 2024;2:20.
https://doi.org/10.56294/pa202420
116. Camacho Vargas CA, Cuyabazo Burbano LY,
Sánchez Castillo V. Diagnosis of the peasant family
farming system and its contribution to the food
security of a peasant family in the San Antonio de
Atenas village, Florencia, Caquetá. Salud, Ciencia y
Tecnología - Serie de Conferencias. 2022;1:41.
https://doi.org/10.56294/sctconf202241
117. Estrada-Araoz EG, Larico-Uchamaco GR, Jara-
Rodríguez F, Pachacutec-Quispicho R. Evaluación de
las competencias digitales de los docentes de
educación básica: Un estudio descriptivo. Salud,
Ciencia y Tecnología - Serie de Conferencias.
2024;3:632. https://doi.org/10.56294/sctconf2024632
118. Perdomo Rios CA, Rojas Leyton F, Claros Romero V,
Gonzales López N, Sánchez Castillo V. Analysis of
the social perception of a producer about the pig
production system and his experience with alternative
feeding. Southern perspective / Perspectiva austral.
2023;1:8. https://doi.org/10.56294/pa20238
119. De Pablos WJ, Guillén AJ, Blanco MB, Hernández-
Runque E. Leadership in safety and health
management at work in Courier companies. AG
Salud. 2024;2:44–44.
https://doi.org/10.62486/agsalud202444
120. Peñaloza JEG. Perception of representativeness of the
Assembly of Huila 2020-2023. AG Multidisciplinar.
2023;1:13–13. https://doi.org/10.62486/agmu202313
121. Ledesma-Céspedes N, Leyva-Samue L, Barrios-
Ledesma L. Use of radiographs in endodontic
treatments in pregnant women. AG Odontologia.
2023;1:3–3. https://doi.org/10.62486/agodonto20233
122. Figueredo-Rigores A, Blanco-Romero L, Llevat-
Romero D. Systemic view of periodontal diseases. AG
Odontologia. 2023;1:14–14.
https://doi.org/10.62486/agodonto202314
123. Pupo-Martínez Y, Dalmau-Ramírez E, Meriño-
Collazo L, Céspedes-Proenza I, Cruz-Sánchez A,
Blanco-Romero L. Occlusal changes in primary
dentition after treatment of dental interferences. AG
Odontologia. 2023;1:10–10.
https://doi.org/10.62486/agodonto202310
124. Lamorú-Pardo AM, Álvarez-Romero Y, Rubio-Díaz
D, González-Alvarez A, Pérez-Roque L, Vargas-
Labrada LS. Dental caries, nutritional status and oral
hygiene in schoolchildren, La Demajagua, 2022. AG
Odontologia. 2023;1:8–8.
https://doi.org/10.62486/agodonto20238
125. Batista-Mariño Y, Gutiérrez-Cristo HG, Díaz-Vidal
M, Peña-Marrero Y, Mulet-Labrada S, Díaz LER.
Behavior of stomatological emergencies of dental
origin. Mario Pozo Ochoa Stomatology Clinic. 2022-
2023. AG Odontologia. 2023;1:6–6.
https://doi.org/10.62486/agodonto20236
