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NATURAL RESOURCE ECONOMICS: RENEWABLE AND NON-RENEWABLE
1. Introduction to Natural Resources
1.1. Definition and Classification
Natural resources can be defined as raw materials which are inherent in the environment and are
significant to human existence and development. These cover a wide category of products that
are sub-divided depending on their source; their renewability if any and their uses. These include
forests, water bodies, wind energy sources, and others, which are self-renewing in that they can
rejuvenate by themselves over some time and aid in the sustenance of ecosystems and biodiverse
habitats (UNEP, 2020). These resources present a potential with regards to very sustainable
development since it may help propulsion industries such as the production of renewable energy
and farming. While some resources like coal, oil, natural gas, and minerals are non-renewable
and are fast-depleting because they take millions of years to replenish (UNEP, 2020). While non-
renewable sources are crucial in providing energy required to drive various industrial processes
and meet the energy demands all over the world, they come with problems such as scarcity and
the social costs which include extraction, processing and consumption impacts. For example, the
exploitation of oil and gas results in air and water pollution, loss of habitats, and the emission of
greenhouse gases which cause climate change and also affects the natural ecosystem (UNEP,
2020). The classification of natural resources takes into account thedistribution in terms of
economic importance and repercussions to the ecology. Renewable resources are also useful in
supporting sustainable economic development and offering such services as services from
ecosystems, livelihoods, and green renewable energy instead of the non-renewable energy which
increases greenhouse gases emissions (UNEP, 2020). On the other hand, using non-renewable
resources needs to be done in a manner that will not harm the environment and the community so
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that any profits realized are divided fairly amongst the community (UNEP, 2020). It is
indispensable to comprehend the meaning and categorization of natural resources as it can
facilitate the formulation of policies for the utilization and preservation of these valuable
resources. When societies apply efficient methods of utilization of renewable resources, reduced
use of non-renewable resources, and the provision of fair standards of utilization of resources for
the present and the future generations, then there will be environmental sustainability as well as
economic stability.
1.2. Importance of Natural Resources
Natural resources plays crucial role in the sustenance of human civilization as they offer
the physical resources and supporting services that are very vital in meeting the requirements of
economic production, social processes, and overall human welfare as its 2021 report, the World
Bank stresses on multiple uses of natural resources, including their utilisation as sources of raw
materials, energy and, agricultural products. These resources act as fundamental building blocks
for sundry business domains and make a massive contribution to employment, income, and GDP
across the world (World Bank, 2021). Natural resource can be defined as offering ecosystem
services that are very crucial to human health and sustainability of the environment. It is worthy
to note that ecosystem services like water purification, nutrient cycling, and climate stabilization
not only contribute to food production but also contribute positively to human wellbeing in
provision of clean air, water and reasonable climatic conditions (World Bank, 2021). These
services are especially important in large cities where natural ecosystems help to reduce
pollution and control climates, which, in turn, enhances the overall health of residents and
decreases the need for medical treatment (World Bank, 2021). Apart from their roles in the
economic and environmental processes, natural resources are very central to the global politics
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and diplomacy. Cooperating nations with a rich endowment of natural resources deploy their
God-given resource endowment to shape world trade, attract foreign investors, and even wield
geo-power (World Bank, 2021). However, dependence on these limited resources may also lead
to the vulnerability of the economies through aspects such as fluctuating prices, depletion of
resources, and environmental degradation, thereby emphasizing the need for proper management
of such resources (World Bank, 2021). Efficient and effective utilization of natural resources
should be made with an aim of allowing future generations to access such resources, not
damaging the environment in the process. Policies and practices that embrace resource
efficiency, conservation, and renewable sources in contrast assist in managing risks related to
resource scarcity and environmental degradation (World Bank, 2021). By managing the
resources in a way that supports economic development while at the same time protecting the
environment, it means that societies can promote the use of natural resources while at the same
time supporting the protection of ecosystems and other forms of life.
1.3. Renewable vs. Non-renewable Resources
Renewable and non-renewable resources refer to the two completely different classifications
according to the availability and the sustainable use in human time frame. Sources of power such
as solar power, wind power, and biomass power are renewable in the sense that the supplies of
the energy in these resources are inexhaustible and can be harnessed without depleting the supply
of the energy in the resource (IEA, 2021). They provide a renewable form of energy thus
minimizing on green house emission and the effects of utilizing fossil fuels in energy production
and use (IEA, 2021). On the other hand, the resources that are scarce and limited are for instance,
oil, coal, natural gas and minerals due to their depletion over geological cycles (IEA, 2021).
They have evolved over millions of years and their rates of replenishment cannot be measured
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within the lifetime of a generation. The extraction and consumption of these resources have
numerous negative impacts on the environment such as deforestation to clear land for the
production of fossil fuels, air pollution, water pollution, and greenhouse gas emissions, which
have adverse effects on climate change and ecosystems (IEA, 2021). Non-renewable resources
are currently the primary source of energy around the globe for electricity generation,
transportation, and industrial uses (IEA, 2021). They are finite resources, they require careful use
and the gradual shift towards the use of renewable sources of energy to ensure energy security
and the reduction of negative impacts on the environment. When it comes to the production of
non-renewable resources, extraction becomes increasingly costly and technically demanding as
the reserves are depleted, which in turn creates problems in geopolitical nature of the final
reserves (IEA, 2021). Mitigating the impacts of non-renewable resources is a complex process
which involves planning and policies aimed at conserving energy, utilizing renewable energy
and sustainable resource management (IEA, 2021). There is a need to transform towards a more
diversified and sustainable energy mix, the integration of renewable energy technologies, and the
enhancement of the resource efficiency as the ways to reduce the negative environmental,
economic and social effects of non-renewable resources usage (IEA, 2021). By striving for
sustainability and shifting to sustainable energy sources, societies would decrease their energy
dependency and increase energy security for succeeding generations.
1.4. Sustainability and Resource Management
Sustainability in natural resource management is of great importance in order to avoid using up
the natural resources in a way that they will not support future generations. According to the
United Nations Sustainable Development Goals (UNSDG, 2020), sustainable resource
management is the proper management of resources so that the economic, social, and
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environmental aspects are both maximized and sustained for the benefit of the ecosystems. This
style is non-consumptive as it is sustainable and seeks to reduce the adverse effects on the
environment and distribute the benefits fairly among the community. Integral to resource
sustainability are those approaches that would ensure that there is conservation and rational use
of resources across different sectors. For example, sustainable agriculture involves the use of
practices that help in the management of soil health, water conservation as well as the avoidance
of the use of excessive chemicals to achieve long-term agricultural productivity without harm to
the ecosystem (UNSDG, 2020). Likewise, the forest preservation is intended to preserve the bio-
diversity, counter climate change by absorbing carbon and other greenhouse gases from the
atmosphere, and support the local population who overwhelmingly rely on the forest products for
their living (UNSDG, 2020). As a sub theme of sustainable development, water resource
management is very significant given its ability to help in providing water to the communities
and in equal measure protect water resources. The practical management of demand involves
bringing competing demands into harmony, ensuring the use of efficient techniques in water use,
and improving the actual quality of water through reduction of pollutions and strengthening of
watersheds (UNSDG, 2020). Renewable energy is another key aspect of efficient resource
utilization and its goals include reduction of the usage of conventional resources especially fossil
fuels, greenhouse gas emissions and energy source diversification. The use of solar, wind,
hydroelectric and geothermal energy enhance energy security as well as tap into the economic
potential of the renewable energy industries, hence minimize the effects/resource demands
generated by conventional energy sources (UNSDG, 2020). Treaties and IAEs the convention on
biological diversity and the Paris agreement, therefore, offer significant avenues of global
cooperation in the management of sustainable resources as these agreements establish objectives
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and frameworks for Species Protection, Climate Change Mitigation and Sustainable
Development making nations work collectively to tackle transboundary environmental issues and
encourage sustainable consumption and utilization of resources globally (UNSDG, 2020).
2. Renewable Resource Economics
2.1. Types of Renewable Resources
Renewable resources include all resources which natural resources and it is capable of replace
the use of its ability through biological process or natural cycling mechanism. It is possible to
classify this abovementioned resources into several groups which differ in their characteristics ,
importance for the given ecosystem and certain economic factors. Timber resources and non-
timber forest products are very significant for different activities in many sectors of the economy
and support of world economy and modern life, because timber is used for construction, for
paper production, and as the material for the furniture making, while the non-timber forest
products include fruits, nuts, aromatic resins and other medicinal plants. Selective logging along
with reforestation measures plays critical role to the protection of forest resources that support
wildlife, as well as helping mitigate climate change mainly through the role of carbon sinks. The
water source of fisheries since ocean, river, lake, etc contains various stock of fish and other
aqua morphology that reproduce without human intervention. This involves sound management
like proper harvesting like sustainable fishing, farming, or aquaculture, proper management of
the ocean through putting into consideration methods like MPA. Crops and animals for instance,
belong to the agricultural resources the growth and production dependent on the fertility of the
soil as well as the progression of cycles with strategies of crop succession, organically grown
produce, and IPM improving the hauling capacity of fertile soils as much as promoting
agricultural sustainability methods. The continued livestock farming in grasslands, if practiced
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sustainably, can be sustainable for grasslands ecosystems and support the rural population.
Surface and groundwater supplies which has been accumulated in the basin are influenced by
evaporation, condensation, and precipitation that forms the hydrologic cycle. Water is critical for
food, feed, drinking and other purposes, for agriculture and industries for one to witness the need
for proper watershed management systems, rainwater harvesting systems, efficient irrigation
systems. It is crucial for recognizing the differences of these numerous renewable resources and
the workings that come with them for formulating acceptable economic models and,
consequently, also the strategies for their management which take into consideration these
specific characteristics in order to attain a proper balance between resources consumption and
their preservation so that these renewable resources can continue to supply the current generation
as well as the next ones.
2.2. Economic Valuation and Pricing
Process of putting an economic value and designing a price for renewable resources is a
significant. One that involves several factors to be taken into account. Therefore, the primary and
secondary value of these resources have to be fully understood and acknowledged, considering
their use value, as well as non-use value, including services of natural resources to other species
and their cultural value. Such approaches are usually associated with conventional market-based
pricing strategies that are not very effective in identifying the qualitative values represented in
the system, which are essential for the determination of the actual value of renewable resources.
The use of these resources can be described in terms of sustainable yield which is the maximum
amount of resources that can be used with the expectation that similar or better rates will
continue to be produced in the future. Calculating a sustainable yield is a step further by
encompassing ecological theories and embedding them into an economic model with the intent
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of obtaining a sustainable present with an appropriate future carry-over capacity. This has a
relation to knowing and comprehending regeneration rates and growth rates of the resources,
evaluating the effects of the extraction and also ascertaining that the extraction rate is beneath the
rate of replenishment of the particular resources. Further, there are some factors, social costs, or
externalities of benefits, for example, environmental pollution, that need to be considered while
estimating the economic value of products or services. Externalities usually entail unfavorable
effects on society including pollution, loss of valuable species and health complications, which
should be considered in order to make an accurate economic valuation of renewable resources as
there are some general methods, which are CV, hedonic price and travel cost methods that have
been put into practice to approximate the non-market values of renewable resources. There is
contingent valuation which involves using questionnaires to estimate the prices that people are
willing to pay to obtain specific environmental benefits, hedonic pricing which can be used to
establish the effect of environmental factors on values of properties, and travel cost which can be
used to estimate the values of recreational sites by establishing costs of transport by the users.
Thus, understanding of economic aspects of renewable resources, and their valuation and
pricing, must be built on the fact that these resources are dynamic, sustainable, and priceless both
in the market places as well as in non-market sense.
2.3. Sustainable Resource Management Strategies
Maintaining the overall longevity and sustenance of renewable resources is also one of the
copious challenges which can only be dealt with multiple approaches encompassing various
strategies and participants. This is done through proactively establishing governance and
regulatory measures that will ensure that rules to can be set and appropriate incentives for use of
the resources offered. This may comprise fixed quotas, catch quotas or extraction quotas as
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techniques of minimizing overexploitation and overfishing. These measures have to be
compensated with strict monitoring and enforcement to make the measures very effective. The
policy also can apply market instruments such as tradeable permits or natural resource taxes that
would encourage efficiency in the use of the resource and prompt conservation measures towards
the resource and also economically, tradable permits allow resource users to buy and sell the
rights to utilise a specified amount of resource, which should promote the optimum use of
resources whereas resource taxes can limit extreme usage of resources by making it financially
unproductive and unaffordable. Stakeholder engagement is important in management plans, and
the relevant parties include the local people, the consumer communities, and the environmental
non-governmental organizations. Stewardship of resources is promoted by these approaches to
sustain them and can create stewardship among stakeholders that will enable them to be involved
in management activities within their locality. Science and statistics must be allocated capital to
advance the study of renewable resources in the environment as it makes possible the design of
adaptive management strategies that may be useful in addressing new conditions and fresh
problems as smart working, in terms of technological advancement and advanced farming
techniques including agroforestry, aquaculture or water management also have a crucial part to
play in the smarter use and utilization of resource. These are land-use systems that integrate both
farming and tree growing practices and animal farming where fishes are hatched in hatcheries
and fed before being released into the waters. The best water use measures, including the
irrigation of crops through drip and the harvesting of rain water aid in the lasting use of water
therefore, may be argued that for attaining sustainable management of renewable resources, there
is the need to think strategically, economically, ecologically as well as socially all at the same
time.
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2.4. Renewable Energy Economics
Renewable energy economics involves the existing and planned economic systems which impact
the dissemination and implementation of renewable sources of energy. The IEA (2021) has noted
that the key trends year along the subcomponent of the economics of renewable energy include
technology costs policy support mechanisms’ and market trends. The integration of new
technologies of generation and deployment, the growth of scale, have led to a reduction of costs
in renewable energy sources and the solar and wind outputs are now comparatively inexpensive
with those of fossils in diverse areas (IEA, 2021). Subsidies, tax incentives, and renewable
targets are policy initiative instruments that have strategic roles in transitioning investments in
renewable energy projects as well as addressing barriers found in the renewable energy markets
(IEA, 2021). Of course, incentives can make the overall costs of financing RE technologies more
manageable and affordable for investors initially, such as when subsidies are used to lower the
amount of capital that is needed to get such projects off the ground. But additional tax incentives
can help increase the interest in renewable energy projects because for the same amount of
capital, the returns are better through tax incentives. Further, as pointed out by Zhai and Wu,
goals for renewable electricity set by different governments also help in building up a stable
market for these long-term investments. The feed-in tariffs and power purchase agreements
hence offer revenue certainty for the renewable energy developers thus enabling them to
undertake project financing needed to attract private sector investments (IEA, 2021). These
mechanisms guarantee that developers are able to obtain a stable income flow making renewable
energy projects more financially secure and thus more beginnable as far as perceived risks in
renewable investments are concerned. Other grid improvements consist of energy storage
deployment and demand response technologies, which increase the level of flexibility and
stability in the network, thus enabling higher REN integration (IEA, 2021). This measures are
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required to help cope with variability of renewable power generation and electricity grids
optimize the use of significant amounts of renewable power. Solar power and wind power
generation systems can produce more energy at some times and less at other times depending
with the availability of the natural resources and therefore a storage system like the battery holds
the excess energy which is produced and releases it when more energy is needed.
3. Non-renewable Resource Economics
3.1. Types of Non-renewable Resources
Non renewable resources are those scarce resources which are existing in limited quantity in the
earth and when they are used they cannot be replace immediately at least in the shorter span of
time. With these resources which include a broad spectrum of materials that have been at the
core of articulating society and advancement of economy. Three non-renewable resources are
oil, natural gas and coal and all have worked as pillar of industrialization process and modern
civilization. Fossil fuels offer a great opportunity in transport, power generation and industries
extraction but they face the biggest challenge of emitting bad gases in the air and influencing the
green house effect. Another important distinction is the one of mineral resources into precious
metals including gold and silver; and utility minerals including copper, iron, and bauxite. These
minerals are used to provide our manufacturing and construction industries with raw materials
that are necessary for manufacturing of electronic gadgets, machineries, infrastructures and other
consumer products, for example copper is used in making electrical wires, iron for producing
steel and bauxite in the manufacture of aluminum. Other bad examples of non-renewable
resources include other nuclear materials like uranium, which is used in nuclear
energy. Uranium as a nuclear fission source of energy is high in energy yield and compared to
fossil sources of energy has relatively small carbon footprints; nonetheless, there is the challenge
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of radioactive waste and nuclear accidents. Such elements as neodymium, dysprosium,
lanthanum, and many other are utilized in, for instance, the solar panels and wind turbines,
microphones, night-vision devices, and communication equipment, etc. These elements are used
in the synthesis of high strength magnets, batteries and other parts that are needed in the modern
day technologies. Consequently, while they pointed out the specific use of the resources and
their characteristics it is only possible to describe one general factor of those resources – they are
scarce and exhaustible. As this shows, it is reasonable to think about the long-term accessibility
of these commodities in addition to the impact they may have on the natural world.
3.2. Scarcity and Resource Depletion
The core concept of the non-renewable resources mostly evokes the issue of scarcity and
exhaustion, which characterize such resources by their nature. In the course of these resources
being mined and used, they are gradually depleted and this results into looming shortages and
scarcity. Pressure for resource depletion may stem from the rising global consumption,
improvement in extraction techniques, and finding of virgin fields. However the rate at which
these resources are used is greater than the rate at which these resources are discovered, thus
compounding the scarcity issue and often throwing questions on sustainability. It has very huge
consequences for the global economy as its availability causes fluctuation of prices. Availability
of the natural resources also and even conflicts over the possession of the resources. Countries
which have depended on non renewable sources for their energy prerequisites or commercial
concerns may get most compromised as sources deplete, whereas regions with rich deposits may
well witness problems such as conflicts or exploitation due to rivalry of countries/investors over
the resources. The implications of the depletion of these resources are also equally far reaching
and other environmental aspects of sustainability should not be overlooked. Non-renewable
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resources are sources that are depleted upon usage and have negative impacts on the environment
due to destruction of habitats, water pollution, and emission of green house gases which lead to
loss of species and climate change. For example, mining is known to cause deforestation and soil
erosion where rocks and other minerals are mined, while burning of fossil fuels is a major cause
of air pollution and emission of carbon dioxide gases. They further compromise the quality of the
physical environment disrupting ecosystem services, endanger human health and challenge
climate stability while in mitigating the problems of resource availability and its depletion, it is
possible to apply integrated approach, which implies the priority development of the economy,
advancing technologies and resource conservation, and environmental protection. In order to
avoid or reduce the scarcity of resources there are some methods including efficiency of
resources, recycling reusing technologies, and finding or developing substitutes for exhaustible
resources including renewable energy and sustainable materials.
3.3. Extraction and Production Costs
Exploration costs, which encompass search and evaluation of possible resource deposits, are the
initial and by far the most crucial expenses. Exploration costs may go up, especially in the event
that resources become scarce or hard to come by, would entail the need to undertake more
complex search efforts in the process using hi-tech equipment and tools. Furthermore, the
physical removal involved in extraction and mining activities also come with a huge capital and
operating costs such as human resource, equipment, power and haulage respectively. These costs
are not fixed and may differ significantly based on the kind of resource, the geographical
location of the source, or the technique used in extraction. For instance, exploring for oil and gas
or minerals in areas such as deep water or in extreme terrains incurs more costs and use of
specialized equipment compared to shallow water or easily accessible deposits. Secondly,
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environmental compliance costs, which relate to the steps taken to reduce the adverse effects of
the environment on the extraction and production of the minerals as well as to embrace
sustainable use of the environment, are other costs incurred in the extraction and production of
the minerals which may include costs of pollution control, land reclamation, and compliance
with the legal requirements on the environment. Over time, resources move from being more
abundant and reserves are drained and exploiting these resources tends to be more expensive
because operators are forced to go deep and to remote areas in search for deposits. This increase
in costs is due to the technical and operational aspects that are incurred when going for deeper or
less explored resources. Technological updates and improvements in efficiency as well as
attempts at reducing wastage can mitigate some of these cost hikes by improving methods of
extraction, but overall, the trend points upward for production costs. Such very delicate
balancing factors of resource availability, technologies and economic returns make extraction of
non-renewable resources a worthwhile research area. This is why it is now mandatory for these
companies to find better ways of navigating their business and ensuring they remain profitable
given the fact that resources are fast running out and the costs of even the most basic necessities
keep rising.
3.4. Resource Rent and Taxation
Non-renewable sources of energy usually yield a lot of economic rent due to the excess earnings
beyond marginal cost made from the extraction of the energy resource. These are rents on
resources since most of the resources are considered to be exhaustible while many of the
resources possess inelastic supply in the world market. This is because these resources are finite
and hence, the harder they become to find, the higher will be the value and hence, the profits for
those who control the distribution of these resources. Resource rents are economic rents which
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could be subjected to different touch point taxes and which are a valuable source of revenue to
governments. However, it becomes easier to argue about the acceptable level of taxation of
resource rents from a policy perspective taking into consideration such factors as efficiency,
environmental effects and intergenerational distribution. Among the taxation policies that have
been put in place, one of them is the severance taxes that are charged on the removal or
exploitation of non renewable resources. These taxes are meant to get a slice of the resource rent
at the time of extraction in order benefit the public from the natural resources. The resource rent
taxes, which are taxes that focus on additional profits produced by the exploitation of the
resources. Through resource rent taxes, governments can encourage exploration and
development of resources in a more efficient manner and dissuade reckless squandering of
resources as well as secure extra income which can be invested in sectors such as diversification
or infrastructure as well as environmental compensations. Taxation of the economic rents will
enable the governments make sure that gains from non-renewable sources of energy provide for
other relevant societal objectives and also help to reduce harm to the environment as a result of
usage of non-renewables. Also, there are issues with the so-called ‘resource curse’ where
reliance on the resources is not only damaging to the economy but also distorts the investments
in other sectors. Appropriate taxation regime can assist in the implementation of the balance
economic development by encouraging investment in a wide range of fields and minimization of
damage from the use of non-renewable sources.
4. Resource Allocation and Efficiency
4.1. Market Failure and Externalities
Another important concept of environmental economics is the fact that most markets are in fact
over-running some important natural stocks in a way that is socially inefficient. This is due to a
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situation referred to as externalities where costs or benefits of certain activities are borne or
enjoyed by third parties and are not reflected in the prices. When external benefits are present,
they refer to gainers who benefit more than the losers through gains in social welfare while
negative externalities are costs that are borne by society but are not shouldered by the producer
or the consumer. For instance, a factory that discharges pollutants into the air or a river is
normally not fully responsible for the costs of associated illnesses and environmental impacts.
Due to these cost, they are incurred in the society hence making the cost of production invisible
from the price to be charged on products. On the other hand, negative externalities such as
external diseconomies, pollution, depletion of natural resources, and the like, also result in costs
which are not reflected in price. For instance, people get an array of products like timber, fruits,
and other resources from the forest, but they offer some services like carbon sequestration, water
purification, and the provision of habitat for a variety of species without demanding a fee. When
such concepts are not included in the market price it leads to the social costs not being
internalized hence leading to over supply of products with negative externalities and under
supply of products with positive externalities. This results in a wastage of resources and a gap
between what a firm would like to do and what society would like it to do. High levels of
polluting product consumption cause higher levels of polluting emissions and hinder sustainable
development which could be a result of low investment in beneficial activities. Environmental
economics is also occupied with correcting market failures and internalizing externalities, which
means that it may be necessary for governments to intervene through policies, regulations, or
market instruments to ensure that the market rewards and punishes people in line with the social
costs and benefits of their actions. This policy that aims at making polluters bear the costs of
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polluting by using instruments such as pollution taxes, subsidies on the green energy, cap and
trade, and legislations that set environmental standards.
4.2. Environmental Economics and Policies
Environmental economics can be used in eliminating existing environmental issues and prevent
new this is from arising through the integration of economical principles and analytics. Field
uses a very different policy tools to remedy market imperfections and to bring further
externalities, also contributes to the sustainable management of resources. Emission standards
and technology mandates as a command-and-control regulation are direct mechanisms by which
the government seeks to reduce or prevent environmental harm. Regulations like these imposes
specific standards of acceptable pollution levels or the type of technologies that would be used
with the enforcement of those standards. Nevertheless, these measures may be clearly prescribed
and expensive and therefore, there is a shift towards utilizing more easily adaptable, market
instruments. Strategists with positive reinforcement, such as environmental taxes, the tradable
permit system, and subsidies, all make use of the economistic approach to behavior modification.
For instance, a carbon tax is an intervention that addresses the negative externality of greenhouse
gas emissions through the implementation of a charge which acts to encourage emissions
reduction and adoption of cleaner technologies. In general, the tradeable permit system, such as
the cap and trade system, means that there is a market for polluting rights, where the firms can
swap the permits for pollution and attain their goals at less cost efficiently. Secondly,
environmental economics also encompasses placing a price on environmental assets and the
services they provide which are typically excluded or given outside consideration in common
economic models. CV, HP, and TC methods for quantifying the value of environmental
appreciation and services help in planning, investment analysis and valuing the services from
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conservation. Since environmental policies often translate into significant costs or savings of an
economy, it is important to consider the efficiency of these policies from an economic
perspective and the distributional and political effects of policy implementation. Preservation of
the environment and natural resources must be done with due regard to merits of efficiency, cost,
and contention to equity. Policymakers also plays the most crucial role in determining the course
that policies will take as industries and other stakeholders provide the necessary input for
forming these policies.
4.3. Cost-Benefit Analysis
Cost-benefit analysis CBA is one of the most important techniques employed in Environmental
Economics to determine the net or gross social benefits or cost consequences of policies projects
or regulations. It entails finding out the level of cost and benefits that is incurred as a result of a
given action plan within a specified period of time. When discussing the famous Environmental
Economics within the framework of CBA, both market and non-market values are included the
assessment of economic values of environmental goods and services, and the costs associated to
environmental damages and natural resources exhaustion. On the cost side, CBA takes into
account the following: costs of implementation, cost that businesses will incur in order to
implement a policy or regulation, or the likely impacts on the economy at large. For instance, a
regulation that sought to limit the volume of discharge might be costly for industries to make the
necessary technological change. At the benefit side it comprehends benefits like averted health
costs to the populace, better ecosystem services, and expenses saved from future adverse impacts
of environmental issues. For instance, they accredit cleaner air to the decrease in healthcare costs
as well as increase in productivity due to a fewer number of people falling ill due to pollution.
An essential part of any CBA is the process of discounting cash flows, an activity that enables
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the comparison of the results occurring at different periods. This process helps to predict the
future benefits and future cost appropriately while giving a weight to each all based on the
present value. Moreover, sensitivity analyses that use different parameters and risk assessments,
which address uncertain factors and several possibilities, might also be carried out as a part of
CBA. Such analyses are useful to begin appreciating if a variation in one of the key parameters
or assumptions would affect the analysis results in what way. Since it allows for the comparison
of the costs and benefits of working on environmental policies or on certain projects, CBA can
be used by policymakers as a decision-making aid. They candistribute resources effectively and
pursue activities that best produce the greatest total net social value. With help of CBA, the
policymakers can get the full picture of the benefits and costs of the choice of environmental
policies and other relevant investments, making sure that in the long run the costs of green
investments are outweighed by the benefits of the economic development.
4.4. Resource Ownership and Property Rights
One of the corner stones of environmental economics is the question of resource ownership and
property rights as they are the determinants for encouraging the use, conservation and sustainable
exploitation of resources. The combination of well specified and legally backed property rights is
vital in the process of efficient resource allocation as it corrects for externalities and brings about
self-serving fulfillments that are beneficial to the society. Some of the advantages that may result
from the use of private property include; Since private property owners provide the capital that is
used in the procurement of resources, they are most likely to ensure that such resources are used
sparingly since they are the ones who will be feeling the impact of their loss in case they are used
up. However, private ownership for resources may also result to over exploitation or destruction
of the environment if organizations and individuals pursue short-term gains mostly profits rather
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than the sustainable development goals. On the other hand, public ownership is useful where
issues of open access and the ‘tragedy of the anti establishment commons’ are inconveniences
because commons readily suffer from the failure of individuals who are not held accountable for
depleting them as it encountesr challenges like funding problems, problems in enforcement, or
difficulties that arise due to political interference. Many eminent examples include the
community-based resource management systems based on common property where the ideas of
ownership promote collective responsibility and sustain ably managed practices, but they do
demand strict governance and conflict solving systems. In addition, it is possible to address
environmental issues by transferring property rights to items like clean air, which can then be
sold and traded for the benefit of the environment, or by providing a property right to services
carried out by nature, such as pollination. Creation of liberal tools such as environmental markets
and payments for ecosystem services whereby the rights of stakeholders to environmental assets
are exchanged and conservation actions incentivized also becomes one of its target
area. However, it is clear that decision making concerning such resource governance and
distribution of ownership has to do with specific contingencies and characteristics of given
resources. This presents the need for proper definition, implementation, and transfer means
which if well aligned enhance the concept of economic rationality as epitomized by efficiency in
the utilization of resources, balance in the utilization of space and equitabilization of resources.
5. Resource Extraction and Exploration
5.1. Exploration and Discovery Processes
The search and appraisal phases are some of the earliest and core steps in the exploitation of
natural resources especially in determining the viability of a given resource. According to the
natural resources, especially the minerals and the oil and gas, exploration usually follow several
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extensive geophysical studies and satellite imagery to locate the prospective regions. Seismic
surveys are conducted after these rudimentary estimates to further refine these estimates through
drilling and sampling, which gauges the size, quality, and economic viability of the resource and
on the other hand, the golf courses, for example, with renewable resources in forester and
fisheries procedures, uses exploration methods such as, aerial reconnaissance, field grab
sampling, and ecological surveys for the purpose of mapping resources exploration for resource
distribution and productivity. Technological improvements have also improved exploration
prospects to a great extent that to execute breakthrough strategies in the detection and
characterization of resources through the innovation of new tools including 3D seismic imaging,
airborne electromagnetic surveys, and satellite remote sensing however, they still come with
some negative effects to exploration activities and environment such as: Disturbance of Habitats,
Pollution and Greenhouse Gas emissions. Some of the negative impacts include: Therefore,
proper environmental management measures and practices remain crucial in the regulation and
management of exploitative exercises in the exploration phase of the life cycle. Optimal
management of resources, governmental permits as well as the costs associated with exploration
are some of the challenging tasks, and information on sustainable exploration practices must
address these steps to evade an unfair compromise between resource discovery, environmental
protection, pertinent rules as well as, economical profitability. Exploration is the key to
sustainable exploitation, development of policy to ensure that all the mineral resources when
exploited are exploited sustainably and responsible decisions are made as well. In enshrining the
technological advancement to exploration processes with environmental consciousness,
explorations play a crucial role in regarding resource use and management as a social
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responsibility, with due emphasis on accessibility and quality for the present generation, and the
generations to come.
5.2. Extraction Technologies and Methods
Thus, extraction of the natural resources refers to a wide group of technologies and practices that
differ depending upon the type of resources, the geophysical characteristics or environmental
setting. Examples of methods used in the extraction of non renewable resources include; Surface
mining which include: open-pit mining, strip mining Underground mining- shaft mining, room-
and-pillar mining and Well drilling to extract oil and gas. Such operations are typically linked
with massive excavation and exploration works, rock destruction, and mowing, utilization of
large equipment to convey resources productively. Conversely, the extraction of renewable
resources is not uniform and entails dissimilarities. In sustainable logging operations, say in a
particular ecosystem, governments employ policies that either allow selective cutting or cutting
of a given area and replantation, while in fishing the various activities like trawling, long lining
or farming of fish among others are practiced to extract the resources form the sea. It has been
argued that oil and minerals can be extracted through in-situ leaching, hydraulic fracturing and
unconventional gas provision with less harm to mother nature; precision forestry techniques also
allow the extraction of timber and other products and resources with low adverse effect on the
biome. Resource extraction processes have observed favorable improvement in while giving rise
to numerous environmental impacts such as land invasion, water pollution, aerial emissions, and
habitat partition. To precursor such impacts, it is possible to incorporate effective environmental
management system besides compliance with strict legal provisions while putting in place
effective measures of environmental management right from the exploration phase. The
challenge of achieving optimal exploitation of natural resources while preserving the
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environment boils down to constantly improving efficient handling and optimal implementation
of extraction technologies as it remains possible to take advantage of technology by combining it
with strong environmental protection measures to avoid eradicating the natural resources from
the world while satisfying the industrial needs. The principles of public administration dictate
that efficient cooperation between stakeholders, policymakers, and environmental scientists will
have to be established in order to implement the most appropriate and effective policies that
would regulate the extraction of resources today while maintaining the possibilities for future
generations to safely exploit the environment without detriment to the populations’ health.
5.3. Resource Transportation and Distribution
Transportation is another process carried out after extraction but is as demanding; it comprises
many types of transport that are appropriate for particular types of natural resources or that
transport natural resources to some parts of the world. Some of the non-renewable resources
include: oil, gas and minerals which solely, require pipelines, railway or shipping Chanel in
order to transport the materials from the point of extraction to the point of refineries, ports or
processing plants. This infrastructure enables transfer across large geographical space and
strengthens supply chains of industries irrespective of their geographical positioning in the
world. On the other hand, the recycled wastes, such as timber from the agricultural products or
products from trees, may require short distance travel, when transporting products to the
sawmills, processors or distributors. These routes are primary for supplying raw materials to
markets with few challenges and lowest expense into the logistic chains. Nevertheless, resource
transportation and distribution are crucial tasks and have a very tremendous impact with many
positive outcomes, though bring significant harm to the environment. These include emissions
of greenhouse gases related to the consumption of transport fuels; the susceptibility of oil
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leakage or incidences of accidents while in transit and during shipment; the effects of habitat
fragmentation by the provision of infrastructure; and interference in the quality of air through
noise and dust pollution on the adjacent environment. These impacts include; measures to
mitigate such impacts include; It is also important to note that some impacts are not necessarily
negative; for instance, ways to address these impacts include enhancing transport technologies,
adopting clean transport technologies like electric or hydrogen based transport and enhancing
safety and Environment standards. The transportation routes, like those used for food or the
actual delivery, are districted and optimised in the same manner which minterferes with the
ecosystem base as well as operational expenses. There is also buy local policy where resources
are bought locally and in their raw form also minimizes transport distances to transport products
and raw material; this reduces the company’s carbon foot print, making the community
sustainable. Transportation and delivery infrastructure have been considered vital to support the
necessity to supply the people in global scale with the necessities of life coupled with
environmentally friendly consequences.
5.4. Environmental Impact Assessment
Environmental Impact Assessment (EIA) remains as a key concept in the sphere of natural
resources mining and searching for as they propose to assess environmental impacts in advance
of the project implementation. Starting from screening and scoping stages, EIAs also define
potential impacts that are to be anticipated. Next, stay or background research, identifying
existing conditions of the environment to describe about impact forecasting and assessment to
measure degree of change or size associated with prospective impacts. In the next stage, there are
always measures that are put into place with an aim of counteracting the effects which are
deemed to be undesirable or negative. EIAs consider a wide range of possible consequences on
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the environment and its carrying capacity in terms of emission of gaseous substances and
pollutants into the air, water, disturbances of natural habitats, impacts on biota, including animal
and plant species, depletion of natural resources and social and economic impacts to human
beings in the affected territories. Stakeholder involvement and consultation are relevant to CDM,
as these involve bringing in the public’s view into the decision-making process. Such findings of
EIA act as vital information base for the decision making authorities about the project approval
under certain conditions, modifications for the reduction of predicted adverse effect or complete
rejection of a project where environmental costs outweigh the benefits of the proposed project.
Required by law for large-scale resource exploitation, EIA are central to ensuring the propitious
stewardship of the natural resource base even as large-scale resource development occurs this is
by ensuring scientific methods, stakeholder contribution, and government regulation, EIAs
enable officials to make wise decisions that protect the environment and address the public’s
concerns. They ensure that job creation and economic benefits of development of resources
correspond to inhibition of environmental degradation and appreciation of welfare of the
involved community and future generations. EIAs are useful ways of ensuring sustainable
resource usage, so that the current population and the future ones can be able to benefit from the
natural endowments without causing undue harm on the same.
6. Global Resource Management
6.1. International Trade and Resources
Natural resources are a critical component of international commerce since these materials are
necessary inputs in the production process and are also considered important sources of export
earnings. Trade have some drawbacks, for instance, concerns over the availability of resources,
costs stability and environmental concerns. On the other hand, trade in renewable resources such
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as agricultural products, forestry products, and fisheries has to do with the effective utilization of
different resources by different nations depending on their levels of suitability. Trade has been
facing issues such as the polluting of the environment and poor practice that are sustainable in
some areas and that is why the nature of interaction between resources and trade, development
effects led to the well-known phenomenon of the resource curse such as countries with abundant
natural resources may have less favourable rates of development because of factors such as
Dutch disease, rent-seeking, and undesirable governance outcomes. Furthermore, uneven
distribution of resources impacts the global economy since resource-importing countries endure;
vulnerability as they are exposed to factors for example supply risks and changes in prices.
Depending on the issue, it is crucial to tackle questions like resource nationalism, applying
reasonable prices to resources, or implementation of environmental and social policy, and
development of non-resource export in the countries with an oriented economy. Thus,
multilateral trade in resources, segmented trade systems for varied resources, cooperation among
the countries of the resource periphery and the industrialized countries are very important
continental and global tools in the management of resources efficiently and sustainably. The
efficiency in international trade natural resources can thus be couched on the enhancement of
transparency, accountability and responsible governance strategies that would ensure the
promotion of the interest of the global economy without causing havoc on the environment and
the society. Accountable and long-lasting stewardship practices, combined with the formulation
of long-term guidelines for sustainable policies, has a key role to play in ensuring that
international trade will not be a burden on the stakeholders and ecosystems of the planet,
economy.
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6.2. Resource Conflicts and Geopolitics
The import and export of natural resources have actually become an important aspect of
international business because resources act as an input in production processes and major
sources of export earnings. Fossil commodities for example the oil rig, gas, and minerals are
some of the form of natural resources that has greatly facilitated economic growth and
globalization. But i also has issues such as resource availability, fluctuities in prices, and effects
on the environment and on the other hand, trade in IORs such as agricultural products, forestry
products and fishery products enhances efficiency in resource allocation in accordance with the
comparative advantage by nations. However, this trade has not been without some complications
like environmental impact degradation or otherwise unsustainable practices within certain
localities. The interconnectivity between resource wealth and trade has resulted in the existence
of a resource curse – a situation where countries with abundant resource endowments may earn
less than the expectation because of factors like Dutch disease, rent seeking, and governance
problems. Also, there exists a concerning element of vulnerability of the resource-importing
countries due global resource inequalities as they make them susceptible to calamities like
supply shocks. As it pertains to international trade in resources, some vital themes that need to be
considered include resource nationalism, fairness in pricing, and environmental and social
responsibilities as well as development for countries heavily reliant on their resources. Many but
distinct international and regional agreements for trade in the resources, and international
cooperation in member countries for resources purchasing and selling platforms for the resources
are helpful in sustainable management of the resources. The fostering of transparent and
accountable as well as otherwise responsible governance practices may suggest that international
trade in natural resources does not necessarily have to be detrimental to the global economy and
citizens of the earth, as well as the global environment can also suffer in the process. Proper
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management of these resources and sound and elaborate policies are crucial for making
international trade more beneficial to all the involved players while at the same time considering
the long-term consequences of our actions on the natural environment to enhance achievement of
sustainable economic integration in the global market.
6.3. Resource Curse and Development
The phenomenon of the resource curse forms one of the major issues and difficulties of
managing the resources in the world, as the countries endowed with the resources report the
lower economic growth, high inequality, and the escalated inter- country conflicts in contrast to
the ones that are not so rich in the resources. This occurrence has indicated quite clearly a
variable interconnectivity of economic, political, and institutional systems. Another major
channel through which this interaction occurs is the Dutch disease, which occurs when exports of
the resource lead to an appreciation of the domestic currency thus degrading competitiveness of
other exports goods. This kind of phenomenon impacts negatively especially on attempts to
diversify economic activities and having long-term strategic development. Similarly, inefficiency
which includes rent-seeking, corruption as well as confirming the skewed distribution of wealth
in the hands of a few people will definitely lead to inequality and hinder development therefore
poverty traps. Also, the abundance of resource wealth is known to promote authoritarian
proclivity of governance at times too. Baseline dependence on crude taxation may reduce
accountability and pressures of democracy within societies which wholly depend on the revenues
from resources. It appeared that eradicating the notion of resource curse is not a simple process
and needs a dram of approaches. Such measures are as follows: 1) rebalancing growth models by
reducing reliance on natural resource rents; 2) building the human capital and the essential
infrastructure necessary for future prosperity; 3) implementing sound systems of revenue
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management that have checks and balances. Efforts to improve governance structures, to fight
corruption and to popularize non-exclusiveness of the economic policies are also
needed. Competent management of environmental assets is indispensable so as to ensure
sufficient conservation measures, when it comes to extraction of natural resources that have
adverse effects on ecosystems and local inhabitants. Using the above strategies, the nations with
have resource can be able to turn their natural resources into development aspects that are
sustainable. This requires engaging in forward thinking, controlling the distribution of resources
revenues and providing for the creation of productive structures that yield positive effects for all
population groups. There is no doubt that the challenge of handling the resource curse entails
coordinated efforts in order to ensure that the exploitation of the natural resources in the
developing world brings about enhancement of economic welfare, social wellbeing, as well as
sound environmental management.
6.4. Global Governance and Cooperation
Global management of resources and hence international cooperation play a central role and
cannot be avoided when it comes to sustainable resources management at the global level. Some
environmental and resource issues on SH are cross-boundary or global in nature, while the
globalization of trade and markets means that there are growing linkages and interdependencies.
The United Nations, the World Trade Organization, the International Energy Agency, and the
Food and Agriculture Organization, among others, are international organizations that central
communities of international actors for creating global standards, for discussing and coordinating
on thematic concerns, and for guiding practice in relation to resource associated themes. They
are forums where countries can consult, exchange information and undertake projects as
common goals such as climate change, safeguarding species and sustainable agriculture such as
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international conventions like the Paris Agreement for climate change being the biggest one, the
Convention of Biological Diversity and the Basel Convention for the control of hazardous waste,
are agreements that act as platforms for groups working towards set goals to be answerable for.
These agreements really foster compliance with common practices in environmental
management and stewardship, efficient utilization of shared resources within borders, and
sustainable growth and furthermore, initiatives and systems of regional integration and
cooperation like the European Union charter on environmental concerns and the African Union
policies on exploitation of resources assist in directing and harmonizing regional practices and
policies as they contribute towards supplementing common initiatives of responding to
environmental problems in the region and encouraging wise and proper usage of natural
resources. According to La Trobe’s case, although there have been improvements, there are still
issues in global resource governance. These include how it can balance national interest and
global agenda, secure adequate seats in decision making forums and bodies, and how it
implements the agreed rules and commitment and focusing on these issues requires political will,
development of institutions, as well as compliance and oversight methods. Through successful
global governance and cooperation, the international community can reduce risk of resource
conflict, exercise good environmental management which will ultimately enable equal and
equitable share of the natural resources for the present generation as well as for the rest of the
generations of human beings.
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