Table of Contents
Overview
Definition and Scope
Natural resource economics is a subfield of economics that focuses on the allocation, use, and conservation of the Earth's natural resources. This area of study is crucial due to the finite nature of these resources and their significant impact on the environment, human health, and the economy.[3.1] The discipline encompasses various traditional areas, including welfare theory, land and location use, pollution control, resource extraction, and non-market valuation, as well as considerations of resource exhaustibility, sustainability, environmental management, and policy.[2.1] The scope of natural resource economics extends to the analysis of supply, demand, and allocation of essential resources such as water, coal, oil, gas, and renewable resources like wind and solar energy.[5.1] It also addresses the complexities surrounding resource management, particularly how technological advancements and changing economic conditions influence the recovery and sustainability of these resources.[2.1] A key aspect of natural resource economics is its emphasis on sustainability, defined as the ability to maintain a certain level of a natural resource indefinitely.[42.1] This concept is often illustrated through the interplay of societal, economic, and environmental factors, highlighting the importance of ecological health, pollution prevention, and biodiversity.[43.1] The discipline advocates for policy interventions in cases where market failures lead to the depletion of resources, thereby failing to maximize social welfare over time.[42.1]Importance in Sustainable Development
Natural resource economics plays a pivotal role in sustainable development by addressing the complex interplay between economic activities and the health of ecosystems. The economic stability of societies is closely tied to the health of natural ecosystems, as over half of the world's GDP is dependent on nature.[13.1] This interdependence highlights the necessity of integrating economic considerations with environmental sustainability to mitigate biodiversity loss, which is driven by habitat destruction, pollution, and overexploitation of resources.[13.1] Implementing principles of natural resource management can effectively reverse the rapid decline of biodiversity. Strategies such as spatial planning and nature-based solutions not only protect natural resources but also enhance economic performance across various contexts.[11.1] Furthermore, the divergence between private and social costs of resource use is a fundamental issue that natural resource economics seeks to address, as it underpins many of the incentives that lead to biodiversity loss.[12.1] The recognition of nature as the world's most important asset underscores the urgent need for policies that prioritize the conservation and sustainable use of biodiversity.[14.1] As the financial sector increasingly acknowledges the risks posed by nature degradation, it becomes essential to incorporate nature-related financial risks into economic assessments.[15.1] This shift in perspective is crucial for fostering a sustainable economic framework that aligns with environmental goals, ensuring that future generations can thrive alongside healthy ecosystems.In this section:
History
Evolution of Natural Resource Economics
Natural resource economics has its roots in the early development of economics, with the French physiocrats of the mid-1700s often credited as pioneers in this field. They emphasized the importance of land and agriculture as the primary sources of wealth, laying the groundwork for future economic theories related to natural resources.[54.1] The emergence of land economics in the early twentieth century in the United States marked a significant evolution, as it addressed economic issues specifically related to agriculture and agricultural land, serving as a precursor to natural resource economics.[50.1] Since the 1930s, the field of natural resource economics has evolved significantly, addressing various traditional areas such as welfare theory, land use, pollution control, resource extraction, and non-market valuation.[51.1] A central theme in this discipline is the concern with resource scarcity, which is a fundamental issue in all of economics; without scarcity, there would be no economic problem.[52.1] This scarcity may be exacerbated by factors such as rapid population growth.[52.1] The overarching goal of natural resource economics is to develop an efficient economy that is sustainable in the long run, ensuring that resources are managed effectively for future generations.[53.1] Understanding the role of natural resources is crucial for creating sustainable methods of resource management and maintaining these resources over time.[53.1] The French physiocrats, including prominent figures such as François Quesnay, the marquis de Mirabeau, and Anne-Robert-Jacques Turgot, emerged as a response to the prevailing mercantilist doctrines that advocated for government intervention in the economy to achieve a favorable balance of trade.[49.1] They opposed excessive government regulation and intervention in economic activities, advocating instead for individual freedom in economics and the concept of laissez-faire, which was influenced by their interpretations of Chinese agrarian policies and the Taoist principle of "wu wei".[50.1] The physiocrats posited that natural resources represented the only fundamental economic value, asserting that this value could be observed in the physical manifestation of agricultural products, such as fruit growing on trees.[50.1] Their economic model, the Tableau économique, introduced by Quesnay in 1759, laid the foundation for understanding the interrelationships within the economy and the circulation of wealth, which subsequently influenced the ideas presented in Adam Smith's "The Wealth of Nations" published in 1776.[49.1] Although the physiocratic movement was relatively short-lived, its principles significantly contributed to the development of economic thought and laid the groundwork for future theories in natural resource economics.[49.1]Key Concepts
Resource Scarcity and Market Dynamics
Natural resource economics fundamentally addresses the issue of resource scarcity and its implications for market dynamics. It examines how society can utilize its limited natural resources—both renewable and non-renewable—more efficiently, emphasizing the importance of economic principles such as opportunity cost and incentive design.[93.1] The field encompasses various traditional areas, including welfare theory, pollution control, and resource extraction, all of which are crucial for understanding how market dynamics are influenced by resource availability and sustainability.[94.1] The concept of resource exhaustibility is a critical aspect of environmental and natural resource economics, which encompasses various traditional areas such as welfare theory, pollution control, and resource extraction.[94.1] This complexity arises from the interplay between human needs, technological advancements, and the lifecycle of resources, as the efficiency of resource recovery can change with new technologies.[94.1] Natural resource economics serves as a framework for analyzing the choices made by individuals, communities, and nations regarding the conservation and use of these resources.[95.1] Understanding these dynamics is essential for addressing questions related to sustainability and resource allocation, as they reflect the evolving nature of resource management in response to technological and economic changes.[94.1] Moreover, the findings of natural resource economists are instrumental for governments and organizations aiming to optimize resource use and sustainability. These findings provide insights into various environmental areas, including the extraction processes and the economic implications of resource management strategies.[96.1] As such, understanding market dynamics in the context of resource scarcity is vital for developing effective policies that promote sustainable practices while addressing the economic realities of resource use.In this section:
Areas Of Study
Economic Models in Natural Resource Management
Economic models in natural resource management encompass a variety of theoretical frameworks and practical applications that aim to address the complexities of resource allocation, sustainability, and environmental impact. Traditional areas of study within natural resource economics include welfare theory, land use, pollution control, resource extraction, and non-market valuation, which are essential for understanding the economic implications of resource management decisions.[137.1] Economic models play a significant role in natural resource management, particularly through the application of welfare theory and non-market valuation methods. The core mission of research groups focused on economic valuation is to advance the understanding of nonmarket goods and services, which are essential inputs for public policy decisions aimed at balancing sustainable economic development, rural livelihoods, and environmental quality.[148.1] These management frameworks necessitate a comprehensive consideration of the impacts on resources, biological diversity, and ecosystems when developing policies. Currently, non-market valuation is the only method available for estimating the economic value of changes to protected marine species, highlighting its critical importance in informing effective management strategies.[149.1] Moreover, the concept of resource exhaustibility and sustainability is integral to economic models in this field, as it examines how technological advancements and changing human needs influence the availability and recovery of natural resources.[137.1] The interplay between economic incentives and regulatory frameworks is also significant, as legal structures can promote sustainable practices by providing guidelines that balance economic growth with environmental preservation.[144.1] Innovative approaches such as Payments for Ecosystem Services (PES) represent a range of resource-management tools designed to create positive incentives for the conservation of ecosystems. These tools aim to secure essential ecosystem services, including the provision of fresh water, carbon storage, maintenance of biodiversity, and recreational opportunities.[145.1] Furthermore, legal frameworks play a crucial role in influencing economic incentives for sustainable resource management. A notable example of successful litigation in this context is the Dutch Supreme Court's 'Urgenda' case, which sought to enforce environmental laws against the government, thereby underscoring the importance of legal interventions in achieving better environmental outcomes.[147.1]In this section:
Recent Advancements
Technological Innovations Impacting Resource Economics
Recent advancements in natural resource economics have been significantly influenced by technological innovations that enhance sustainability and efficiency in resource management. The integration of data analytics and artificial intelligence (AI) has revolutionized earth resource management, enabling the sustainable utilization and preservation of natural resources to meet current needs without compromising future generations' ability to meet their own needs.[187.1] For instance, companies like Cultivo are leveraging AI to streamline investments in nature by identifying high-potential natural assets, calculating their environmental value, and connecting these assets with impact-driven capital.[176.1] This approach not only makes nature-based solutions more accessible but also promotes transparency and scalability in resource management. Moreover, the role of technological innovation extends to the assessment and monetization of ecosystem services, which encompass vital functions such as climate regulation and water and soil preservation.[177.1] The application of quantitative methods that integrate ecological and economic perspectives has facilitated a more comprehensive understanding of these services, thereby enhancing their valuation within economic frameworks.[177.1] Despite these advancements, it is noted that the majority of organizations have yet to fully utilize data analytics to advance their sustainability programs. Research indicates that only the most mature organizations are integrating their environmental, social, and governance (ESG) data with operational and supply chain data to inform sustainability-related decisions.[188.1] However, there is a growing trend among organizations to strategically employ data analytics to support their sustainability efforts, akin to how they utilize data in other business areas.[188.1]Policy Developments and Environmental Considerations
Recent advancements in natural resource economics have led to significant policy developments that emphasize the integration of economic incentives with environmental considerations. Environmental economics now encompasses a broad range of issues, including the management of natural resources, addressing environmental harm, and implementing economic incentives that promote ecological sustainability. This field has evolved into a more integrated sustainability science, focusing on resource productivity and its role in the circular economy, which reflects a growing recognition of the value of natural capital and the need for effective valuation techniques.[195.1] Policy measures have increasingly shifted towards market-based approaches, which leverage economic incentives to encourage pollution abatement and innovation among producers and consumers. These market-based policies allow firms the flexibility to either reduce their emissions directly or purchase pollution allowances from others who have successfully reduced their emissions below required levels. Such trading programs are recognized for their cost-effectiveness in environmental protection.[194.1] Furthermore, fiscal policies play a crucial role in resource management, particularly in promoting green economic growth (GEG) within emerging economies, as evidenced by studies examining the interaction of budgetary measures and sustainability.[196.1] Collaboration between scientists and policymakers has become essential in addressing the complex challenges of natural resource management. Recent initiatives have highlighted the importance of partnerships that facilitate knowledge sharing and capacity building, thereby enhancing evidence-based decision-making.[210.1] The integration of artificial intelligence (AI) into natural resource management is also noteworthy, as it provides valuable insights and automates tasks across various domains, including forestry, water management, and agriculture.[211.1] Interdisciplinary collaboration is vital for addressing the complex challenges posed by climate change, as it requires the integration of knowledge and methods from various disciplines, including economics and ecology.[215.1] This collaboration facilitates the development of comprehensive solutions that can effectively manage natural resources.[215.1] However, the lack of involvement by economists in ongoing discussions of sustainable development has resulted in significant gaps in understanding production and consumption decisions, which affect market outcomes driving global environmental change.[214.1] To address these gaps, the framework of Ecosystem Services is emerging as a crucial approach, encouraging cooperation among scientists, economists, and practitioners to promote innovative strategies for sustainable management of natural resources.[213.1] This framework aims to bridge cross-disciplinary research, thereby enhancing the understanding of how changes in ecosystems influence the flows of ecosystem services.[214.1]In this section:
Technological InnovationsData AnalyticsArtificial IntelligenceEnvironmental ValueScalability
Interdisciplinary Connections
Integration with Environmental Science
Natural resource management increasingly benefits from interdisciplinary approaches that integrate environmental science with economic, social, and ecological considerations. This integration is crucial for tackling complex societal issues related to natural resources, which demand a comprehensive understanding of both natural phenomena and the socio-economic factors influencing human decisions.[218.1] Environmental economics is central to this framework, examining the interactions between human societies and ecosystems, thereby highlighting the interconnectedness of economic, social, and ecological systems.[219.1] Resource-rich regions face challenges that necessitate an interdisciplinary approach, considering the interplay between resource efficiency, technological innovation, and ecosystem resilience.[220.1] Sustainable economic development, which includes economic growth, social equity, and environmental protection, underscores the importance of balancing resource use with ecological resilience.[221.1] Effective natural resource management requires understanding both ecological and social decision-making aspects.[228.1] Despite recognizing the need for integration, practical applications remain limited, highlighting challenges in merging scientific research with policy decisions.[228.1] Successful collaborations have emerged, such as coupled-model frameworks integrating ecological and economic models through interactions between resource economists and ecologists.[229.1] The ecosystem services approach offers a valuable framework for integrating ecological, social, and management factors in resource planning, ensuring strategies are tailored to local contexts while reflecting broader environmental and human landscapes.[231.1] Supported by ecosystem-based management (EBM), this approach balances sustainable development with biodiversity protection.[234.1] Incorporating ecosystem services into economic decision-making has shown significant benefits, enhancing resilience and adaptability to environmental changes in sectors reliant on these services.[237.1] By fostering informed and sustainable development strategies, the integration of ecosystem services into resource management exemplifies the critical role of interdisciplinary connections in addressing contemporary environmental challenges.Social Implications of Resource Management
Social norms play a crucial role in shaping individual behaviors towards natural resource management (NRM). While much has been discussed regarding social norms in fields like law and economics, their impact on NRM remains less explored. These norms influence how communities engage with and manage their natural resources, highlighting the need for a deeper understanding of their effects in this context.[222.1] Community-based natural resource management (CBNRM) has gained prominence as a people-centered approach that integrates the conservation of natural resources with development efforts aimed at alleviating poverty, hunger, and disease.[242.1] Central to CBNRM is the concept of granting local communities ownership rights, which fosters widespread engagement and participation in decision-making processes.[241.1] This participatory approach not only enhances the effectiveness of resource management strategies but also plays a crucial role in rebuilding local assets, including natural, social, human, physical, and financial resources.[240.1] Furthermore, community groups involved in CBNRM initiatives are known to generate new forms of social capital through the networks of relationships they cultivate among individuals, thereby strengthening community ties and promoting sustainable practices.[223.1] Human values, defined as motivational concerns and guiding principles that influence individual and group attitudes and behaviors, serve as the foundational basis for human cognition, which includes orientations, attitudes, norms, intentions, and behaviors.[225.1] In the context of natural resource management, Community-Based Natural Resources Management (CBNRM) represents a decentralized approach that prioritizes local people in decision-making processes related to sustainable development and conservation.[243.1] This model emphasizes the importance of community engagement in natural resource management, highlighting how participatory decision-making can enhance the effectiveness of these strategies.[243.1] By aligning resource management practices with local needs, CBNRM fosters a more sustainable relationship between communities and their natural resources, ultimately contributing to more effective conservation efforts.[243.1] Furthermore, the dynamics of power and social accountability within communities can affect how different stakeholders respond to resource management strategies. Local power structures and governance norms dictate what is considered acceptable behavior regarding resource use and conservation, which can either incentivize or hinder sustainable practices.[224.1] Thus, aligning social factors with sustainable resource management requires a nuanced understanding of these local dynamics and the values that underpin them.Challenges And Future Directions
Balancing Economic Growth and Resource Sustainability
The necessity of balancing economic growth, ecological stewardship, and social justice has become increasingly urgent as the world confronts challenges such as climate change and resource depletion.[265.1] Future research in natural resource economics is guided by an integrated approach that combines economic and ecological modeling, promoting cross-fertilization among various fields related to land economics.[257.1] This approach is particularly relevant in addressing the complexities of sustainable resource management, especially in sectors like agriculture, where societal demands are intensifying.[258.1] Additionally, the electric power sector exemplifies the need for sustainable management, as it has historically been a major contributor to air pollution and coal depletion; however, recent advancements in renewable energy sources, particularly wind and solar, indicate a shift towards more sustainable practices.[261.1] Governments of resource-rich countries can implement various strategies to enhance the benefits derived from their natural resources, including oil, gas, and other commodities. It is essential for these governments to take the lead in enacting reforms that not only increase these benefits but also garner the support of their populations.[259.1] In the electric power sector, which has historically been a significant contributor to air pollution and the depletion of coal reserves, there has been a notable shift towards sustainable natural resource management. Over the past decade, the growth of renewable energy resources, particularly wind and solar, has accelerated globally, reflecting a positive trend in reducing environmental degradation.[261.1] Technological innovation is another crucial factor influencing the balance between economic growth and sustainable resource management. The adoption of advanced technologies, including robotics, artificial intelligence, and data analytics, is transforming resource consumption and production patterns.[267.1] These innovations can enhance efficiency and sustainability in various applications, such as air quality management, water resource monitoring, and precision agriculture.[271.1] However, it is essential to recognize that while these technologies offer significant opportunities for promoting sustainability, they may also present challenges that need to be addressed.[269.1]In this section:
References
[2] Natural resource economics - Wikipedia — Traditional areas of environmental and natural resource economics include welfare theory, land/location use, pollution control, resource extraction, and non-market valuation, and also resource exhaustibility, sustainability, environmental management, and environmental policy. The perpetual resource concept is a complex one because the concept of resource is complex and changes with the advent of new technology (usually more efficient recovery), new needs, and to a lesser degree with new economics (e.g. changes in prices of the material, changes in energy costs, etc.). How long the material can be recovered from its resource depends on human need and changes in technology from extraction through the life cycle of the product to final disposal, plus recyclability of the material and availability of satisfactory substitutes.
[3] What is natural resource economics? - California Learning Resource Network — Natural resource economics is a subfield of economics that deals with the study of the allocation, use, and conservation of natural resources. It is a vital area of study, as the world's natural resources are finite and have a significant impact on the environment, human health, and the economy. ... Key Concepts in Natural Resource Economics
[5] Natural Resource Economics Definition & Examples - Quickonomics — Definition of Natural Resource Economics. Natural Resource Economics focuses on the supply, demand, and allocation of the Earth's natural resources. Every economy has access to certain resources that are fundamental to its operations and existence - such as water, coal, oil, and gas, as well as more renewable resources like wind and solar
[11] How natural resource management can reverse biodiversity loss — Implementing natural resource management principles can reverse biodiversity's rapid decline. Approaches to protecting natural resources must track environmental impact and understand stakeholder needs. Leveraging strategies such as spatial planning and nature-based, circular solutions are already delivering for nature while boosting economies in a range of contexts.
[12] The Ecology and Economics of Biodiversity Loss: The Researc — The economic side has suggested that if biodiversity loss is indeed contrary to the interests of society, the underlying cause is to be found in the divergence between the private and social costs of resource use.
[13] Biodiversity economies | UNEP - UN Environment Programme — Understanding the biodiversity economy Habitat loss, overexploitation of resources, pollution and the climate crisis are the main drivers of biodiversity loss. With over half of the world's GDP dependent on nature, it's clear that economic stability is closely tied to ecosystem health. The biodiversity economy shifts the focus to conserving, restoring and sustainably using biodiversity as
[14] Biodiversity, natural capital and the economy - OECD — Nature underpins all economic activities and human well-being. It is the world's most important asset. Yet humanity is destroying biodiversity at an unprecedented rate, posing significant but often overlooked risks to the economy, the financial sector and the well-being of current and future generations. This report provides the latest findings and policy guidance for G7 and other countries
[15] Economic and financial impacts of nature degradation and biodiversity loss — As in the case of the more familiar climate-related impacts, the physical risks from the threat that nature degradation poses to economic activities dependent on ecosystems can be distinguished from the transition risks arising from changes in policy, legal precedent, consumer preferences and market sentiment, etc. Similarly, the Banque de France found that 42% of the value of securities held by French financial institutions comes from issuers that are critically dependent on ecosystem services, with a biodiversity footprint comparable to the loss of 13 million hectares of pristine nature. Assessments for the Irish and Lithuanian financial sectors have reported similar findings, underscoring the widespread relevance of nature-related financial risks. Box 1 explores the ongoing research in more detail.
[42] PDF — Natural Resource Economics suggests policy intervention in situations where markets fail to maximize social welfare over time , i.e., where market forces cause depletion of ... One definition of "the sustainability of a natural resource" is the ability to-6-maintain a certain level of the natural resource forever. Suppose society derives some
[43] 1.1 Sustainability Definitions | EME 807: Technologies for ... — An illustration of the interplay among these three spheres is schematically provided in Figure 1.1. Sustainability is represented as the synergy between society, economics, and environment. The environmental aspects include use of natural resources, pollution prevention, biodiversity, and ecological health.
[49] Resource and Environmental Economics : Modern Issues and Applications ... — Natural resource economics (previously known as land economics) emerged as a focus of interest in the early development of economics. Sometimes the French physiocrats (writing about the mid-1700s) are credited with being the pioneers of natural resource economics (see Cleveland, 2010). Possibly, Quesnay (1694-1774) is the most widely
[50] Resource Economics - Encyclopedia.com — Land economics emerged in the United States in the early decades of the twentieth century as the immediate predecessor of natural resource economics; this body of theory addressed economic issues related to agriculture and agricultural land in particular. Economists have developed major theories in resource economics since the 1930s.
[51] Natural resource economics - Wikipedia — Traditional areas of environmental and natural resource economics include welfare theory, land/location use, pollution control, resource extraction, and non-market valuation, and also resource exhaustibility, sustainability, environmental management, and environmental policy. The perpetual resource concept is a complex one because the concept of resource is complex and changes with the advent of new technology (usually more efficient recovery), new needs, and to a lesser degree with new economics (e.g. changes in prices of the material, changes in energy costs, etc.). How long the material can be recovered from its resource depends on human need and changes in technology from extraction through the life cycle of the product to final disposal, plus recyclability of the material and availability of satisfactory substitutes.
[52] The Economics of Natural Resources - JSTOR — The underlying problem that animates all of them is a concern with resource scarcity. Indeed, all of economics is concerned with scarcity, for in a world without scarcity (of labor, capital, information, natural resources) there is no economic problem. The problem of scarcity of natural resources may be ex-acerbated by rapid population growth.
[53] 36.1: Introduction to Natural Resource Economics — Natural resource economics focuses on the supply ... Learning about the role of natural resources allows for the development of more sustainable methods to manage resources and make sure that they are maintained for future generations.The goal of natural resource economics is to develop an efficient economy that is sustainable in the long-run
[54] Physiocracy - Wikipedia — Physiocracy (French: physiocratie; from the Greek for "government of nature") is an economic theory developed by a group of 18th-century Age of Enlightenment French economists. They believed that the wealth of nations derived solely from the value of "land agriculture" or "land development" and that agricultural products should be highly priced. Their theories originated in France and were
[93] PDF — Natural resource economics examines how society can more efficiently use its scarce natural resources, both non-renewable resources, such as minerals and fossil fuels, and ... diversity at lower cost by addressing basic economic principles such as relative economic circumstances, opportunity cost, and incentive design. The field also explores
[94] Natural resource economics - Wikipedia — Traditional areas of environmental and natural resource economics include welfare theory, land/location use, pollution control, resource extraction, and non-market valuation, and also resource exhaustibility, sustainability, environmental management, and environmental policy. The perpetual resource concept is a complex one because the concept of resource is complex and changes with the advent of new technology (usually more efficient recovery), new needs, and to a lesser degree with new economics (e.g. changes in prices of the material, changes in energy costs, etc.). How long the material can be recovered from its resource depends on human need and changes in technology from extraction through the life cycle of the product to final disposal, plus recyclability of the material and availability of satisfactory substitutes.
[95] Natural Resource Economics : An Introduction, Fourth Edition - Google Books — Natural resource economics is one way of framing and analyzing choices about the conservation and use of natural resources made daily by individuals, communities, and nations. ... The first nine chapters offer a lucid introduction to fundamental economic principles and their application to questions about natural resource use. Ten topical
[96] 36.1: Introduction to Natural Resource Economics — Impact of Natural Resource Economics. The findings of natural resource economists are used by governments and organizations to better understand how to efficiently use and sustain natural resources. The findings are used to gain insight into the following environmental areas: Extraction: the process of withdrawing resources from nature
[137] Natural resource economics - Wikipedia — Traditional areas of environmental and natural resource economics include welfare theory, land/location use, pollution control, resource extraction, and non-market valuation, and also resource exhaustibility, sustainability, environmental management, and environmental policy. The perpetual resource concept is a complex one because the concept of resource is complex and changes with the advent of new technology (usually more efficient recovery), new needs, and to a lesser degree with new economics (e.g. changes in prices of the material, changes in energy costs, etc.). How long the material can be recovered from its resource depends on human need and changes in technology from extraction through the life cycle of the product to final disposal, plus recyclability of the material and availability of satisfactory substitutes.
[144] Legal Frameworks for Sustainable Development: A Comprehensive Overview ... — The legal frameworks for sustainable development serve as essential mechanisms in balancing economic growth with environmental preservation. These frameworks encompass a range of legislative and regulatory measures aimed at fostering sustainable practices within societies.
[145] Legal Frameworks for Payments for Ecosystem Services: — Payments for Ecosystem Services (PES) is a term used to describe a range of resource-management tools that create positive incentives for the conservation of ecosystems, with the aim of securing ecosystem services such as provision of fresh water, carbon storage, maintenance of biodiversity and recreation.5 The scope of programmes identified
[147] Climate Change, Environmentalism and the Law - Landmark Chambers — Cases seeking to enforce the law against governments; A notable example of successful litigation, is the Dutch Supreme Court 'Urgenda' case (The networks of human rights and climate change: The State of the Netherlands v Stichting Urgenda, Supreme Court of the Netherlands, 20 December 2019 (19/00135) Env l. Rev 2020 22(3), 227-234).
[148] W5133: Economic Valuation and Management of Natural Resources on Public ... — The core mission of the W4133 research group (and all prior iterations) has been to contribute to advances in the theory and empirical application of economic valuation of nonmarket goods and services. These values are essential inputs to decision-making for public policy that attempt to balance sustainable economic development, rural livelihoods, environmental quality, natural resource use
[149] The Evolution of Non-Market Valuation of U.S. Coastal and Marine Resources — These management frameworks require the full suite of impacts on resources, biological diversity, and ecosystems to be considered when developing policies, and non-market valuation currently provides the only option for estimating the economic value of changes to protected marine species.
[176] Trends and innovations in nature finance: what to look out for in 2025 — Similarly, companies like Cultivo are using AI to streamline investments in nature. Cultivo's platform identifies high-potential natural assets, calculates their environmental value, and connects them with impact-driven capital. These advancements are making nature-based solutions more accessible, transparent, and scalable.
[177] Advancements in ecological assets and ecological product supply: in ... — Recent advances in quantitative methods integrating ecology and economics have facilitated the assessment and monetization of these sites' EA, encompassing climate regulation, water and soil
[187] Data analytics and artificial intelligence in Earth resource management — Earth resource management involves the sustainable utilization and preservation of natural resources to meet current needs without compromising future generations' ability to meet their own needs (Dasgupta et al., 2023, Giuliani et al., 2020, Perez and Solomatine, 2023).Data analytics and AI play pivotal roles in revolutionizing this field, offering powerful tools to understand, monitor, and
[188] How data analytics could improve sustainability - TechTarget — The vast majority of organizations are not yet using data analytics to advance their sustainability programs, said Lillian Oyen-Ustad, a principal analyst at research firm Gartner, whose research area includes ESG management strategy and technologies. Only the most mature organizations are integrating their ESG data with other data sources, such as their operations and supply chain data, in ways that would allow them to use analytics to rethink decisions and processes with sustainability goals in mind, she said. However, organizations are beginning to seize on opportunities to use data analytics to more strategically support and inform their sustainability efforts -- similar to the way they use data to drive decisions in other areas of their business, Bogner said.
[194] Economic Incentives | US EPA - U.S. Environmental Protection Agency — They can use traditional regulatory approaches (sometimes referred to as command-and-control approaches) that set specific standards across polluters, or they can use economic incentive or market-based policies that rely on market forces to correct for producer and consumer behavior. As a result, market-based approaches create an incentive for the private sector to incorporate pollution abatement into production or consumption decisions and to innovate in such a way as to continually search for the least costly method of abatement. Trading programs are cost-effective approaches to environmental protection because firms are granted the flexibility to either reduce their own emissions or purchase pollution “allowances” from other firms who have reduced below their required level.
[195] New developments in the disciplines of environmental and resource economics — Therefore, nowadays environmental economics has become a more integrated sustainability science with a focus on resources and resource productivity and the part it plays in the circular economy. The literature on environmental and resource economics has been developed to better understand wellbeing as represented through internalising the value of nature (e.g., natural capital) for which valuation techniques have been developed over decades (see Khanal et al., 2018). These include, but are not limited to, addressing issues such as water, waste, energy and air pollution challenges, as well as creating economic tools to measure environmental phenomenon. Does the green finance development and renewable energy affect the economic recovery in Asian economies China's green energy growth: Economic policies, environmental economics, and strategies for resilience in the global economy
[196] Policy tools for sustainability: Evaluating the effectiveness of fiscal ... — Fiscal policies are crucial to resource management in a world struggling with natural resource sustainability. This paper examines the dynamic interaction of budgetary measures, natural resources, policy tools, sustainability, and tax incentives on green economic growth (GEG) in the BRICS states from 2000 to 2021.The research uses the CS-ARDL estimator to address variable slopes and cross
[210] Bridging research-policy gaps: An integrated approach - PMC — Examples of some existing tools and initiatives are the research-to-policy collaboration model, founded in 2000, which focuses on capacity building and collaboration between researchers and policymakers.6 Also, the third-party organizations and platforms aim to enhance evidence-based decision-making by facilitating knowledge creation, sharing, and use, as well as fostering relationships and capacity building.22 Numerous organizations have drawn remarkable success stories in effectively addressing global challenges while fostering collaboration between researchers and policymakers.
[211] The Role of AI in Natural Resource Management: An Overview — Artificial Intelligence (AI) can play a significant role in natural resource management by providing valuable insights and automating various tasks. AI is being used in various areas of natural resource management, including forest management, water management, wildlife management, and agriculture.
[213] PDF — Abstract As planetary boundaries impose a wider sustainable management of natural resources within private and public sectors, scientists, economists and practitioners are challenged to cooperate to promote newer strategies for natural resources. The framework of Ecosystem Services is paving a new way to bridge cross-discipline research.
[214] Role of economics in analyzing the environment and sustainable ... — The lack of involvement by economists in ongoing discussions of sustainable development leads to gaps in understanding production and consumption decisions, the resulting market outcomes that drive global environmental change, and how to regulate or reduce negative environmental impacts from economic activities. The symposium had four major themes: (i) ecosystem services and natural capital; (ii) behavioral economics, policy, and institutional design for sustainable development; (iii) economic development and sustainability; and (iv) issues in empirical economics relevant for sustainable development. Difficult issues include integrating natural science and economic models to understand how changes in ecosystems lead to changes in the flows of ecosystem services (68, 69) and how to measure the value of nonmaterial ecosystem services, such as aesthetics, experience, learning, and mental health (70).
[215] Climate Change: Interdisciplinary Solutions for a Global Challenge — 2. Interdisciplinary Collaboration 2.1. Explanation of How Different Fields Can Work Together to Solve Climate Challenges Addressing the complex and multifaceted issue of climate change necessitates the integration of knowledge and methods from various disciplines. Interdisciplinary collaboration enables the development of comprehensive solutions 2.1. Explanation of How Different Fields Can Work Together to Solve Climate Challenges Addressing the complex and multifaceted issue of climate change necessitates the integration of knowledge and methods from various disciplines. Interdisciplinary collaboration enables the development of comprehensive solutions
[218] Water and Society: Interdisciplinary Education in Natural Resources ... — Societal problems in natural resource management offer excellent opportunities for interdisciplinary collaboration. They usually combine the two aspects necessary to understand the greater picture: 1) the physical characteristics of a natural phenomenon, and 2) the social and economic drivers of human decision making.
[219] Introduction to environmental economics: balancing ecology and economy — Moreover, environmental economics explores the complex interactions between human societies and natural ecosystems, recognizing the interconnectedness of economic, social, and ecological systems. This interdisciplinary approach is essential for addressing environmental challenges that transcend national borders and require holistic solutions.
[220] Emerging pathways to sustainable economic development: An ... — Furthermore, resource-rich regions often face significant challenges in achieving economic development that are both socially and environmentally sustainable, which highlights the need for an interdisciplinary approach that considers the interconnected nature of resource efficiency, technological innovation, and ecosystem resilience in
[221] Exploring an interdisciplinary approach to sustainable economic ... — Sustainable economic development is a multidimensional concept that encompasses not only economic growth, but also social equity and environmental protection (World Bank, 2019).Achieving sustainable economic development requires balancing the use of natural resources with the preservation of ecological resilience, which is the ability of ecosystems to absorb disturbances and maintain their
[222] Understanding the role and influence of social norms: lessons for NRM — Much has been written about social norms in disciplines such as law and economics but they are less studied in the field of Natural Resource Management (NRM). Although norms are acknowledged to be
[223] Social Norms and Natural Resource Management in a Changing Rural ... — There has been considerable academic interest in the adoption of sustainable resource management practices from a behavioural perspective, particularly in relation to the activities of community-based natural resource management (NRM) groups such as Landcare. Community groups are said to be generating new forms of social capital via their networks of relationships between individuals and
[224] Building Transparency and Accountability in Natural Resource Management ... — Different power holders will respond in specific ways to different social accountability approaches, based on local power dynamics, and social and governance norms around what constitutes corruption and how it is incentivized or sanctioned.
[225] The influence of human values on attitudes and behaviours towards ... — Human values, which have been defined as motivational concerns or goals and guiding principles that influence individual or group attitudes and behaviours, are the foundational basis upon which other human cognition (orientations, attitudes, norms, intentions, and behaviour) are built (Reser and Bentrupperbäumer, 2005; Fulton et al., 1996).Human cognition depicts the diverse ways in which
[228] PDF — 44 Decision making for natural resource management requires understanding both the 45 ecological and social aspects of a decision (Bennett et al. 2017). Despite the recognition that 46 effective natural resource management must integrate the social and ecological sciences (Decker 47 et al. 1992), such integration in practice is relatively rare.
[229] Model Coupling in Resource Economics: Conditions for Effective ... - JSTOR — We identify and examine one such relatively clear conceptual framework for integrating ecological and economic models developed through success-ful collaborative interactions between groups of resource economists and ecologists. Their interdisciplinary interaction relies on what we call a coupled-model framework. After a brief introduction to current interdisciplinary stud-ies (sec. 2) and
[231] Integrating Ecosystem Services into Federal Resource Management — An ecosystem services approach to natural resource planning and management provides an analytical framework for integrating ecological, social, and management factors in a way that is both specific to the local context and reflective of the larger physical and human landscape within which planning and analysis takes place.
[234] Ecosystem-Based Management | US EPA — Ecosystem-based management (EBM) is now widely considered the most promising paradigm for balancing sustainable development and biodiversity protection, and various international strategies and conventions have championed the EBM cause and the inclusion of ecosystem services in decision-making.
[237] Exploring the Nexus Between Ecosystem Services and Economic ... — Economic sectors that are heavily reliant on ES demonstrated greater resilience and adaptability to environmental changes compared to those with limited reliance. Moreover, the integration of ES valuation into economic decision-making processes was shown to foster more informed and sustainable development strategies.
[240] PDF — communities and the environment. Participatory planning, decision-making, monitoring and evaluation in natural resource management established itself as an important way of rebuilding local assets (natural, social, human, phys-ical and financial) and regenerating ecologies. A variety of participatory or co-management initiatives led to negoti-
[241] PDF — 1960s, a strategy known as Community-Based Natural Resource Management (CBNRM) gained popularity in which local people are granted ownership rights to manage natural resources. ... through widespread community engagement and resource users' participation in decision-making is at the core of all definitions. In response to the shortcomings of
[242] Community Based Natural Resources Management - World ... - World Neighbors — Community Based Natural Resources Management - World Neighbors Community-based natural resource management (CBNRM) is a people-centered approach to the integration of conservation of the natural resource base (water, soil, trees and local biodiversity) and development to overcome poverty, hunger and disease. World Neighbors communities are each affected by climate change in unique ways. One of the unique ways World Neighbors addresses the issue of water in communities is to work with the community on the management of the water system. Combined with education on hygiene, food preparation and clean water for good health, World Neighbors water projects are long-lasting and are maintained by the community members. World Neighbors inspires people and strengthens communities to find lasting solutions to hunger, poverty and disease and to promote a healthy environment.
[243] PDF — 1.1 Understanding Community Based Natural Resources Management in Tanzania In Tanzania, Community-Based Natural Resources Management (CBNRM) is a decentralized approach to sustainable development and conservation that prioritizes local people in natural resource management decision-making (Nyangoko et al., 2022).
[257] 27 Future Research Directions in Land Economics - Oxford Academic — An overarching trend that drives future research directions in land economics is the integrated approach that involves both integrated economic and ecological modeling and cross-fertilization among land-related economics fields. ... regardless of whether the focus of the study is on a natural resource-based economic system or a human-affected
[258] Sustaining our Natural Resources in the Face of Increasing Societal ... — Sustaining our Natural Resources in the Face of Increasing Societal Demands on Agriculture: Directions for Future Research ... Food and Resource Economics, Michigan State University. Search for more papers by this author ... This paper suggests directions for future research in nine key dimensions that can fill important gaps in the existing
[259] Future Directions for the Management of Natural Resources — The chapters in this volume identify steps that governments of resource-rich countries can take to increase the benefi ts that their countries derive from their holdings of oil, gas, and other resources. The focus on governments is natural: these actions will work only if governments lead the way. We believe these reforms should attract the support of their populations. Moreover, in some cases
[261] Future Research Directions for Sustainable Natural Resource ... - Springer — In this section, we focus on sustainable natural resource management in the electric power sector. While the electricity sector has been traditionally the biggest air pollutant emitter and is the main culprit for depleting the coal reserve on earth, the past decade has witnessed tremendous growth of renewable energy resources, especially wind and solar, around the world.
[265] (PDF) Economic Policies for Sustainable Development: Balancing Growth ... — The need to achieve a balance between economic growth, ecological stewardship, and social justice has never been greater than it is now, as the world struggles with climate change, resource
[267] How technology is reshaping supply and demand for natural resources — Technological innovation —including the adoption of robotics, artificial intelligence, Internet of Things technology, and data analytics—along with macroeconomic trends and changing consumer behavior are transforming the way resources are consumed and produced.
[269] The role of technology adoption in sustainable development: Overview ... — Abstract Digital technologies and innovative solutions play a crucial role in promoting sustainable development. However, it is important to acknowledge that these technological advancements may have both positive and negative impacts on sustainability. Therefore, it is imperative to gain a comprehensive understanding of the adoption of these technologies by individuals and organizations to achieve better sustainability outcomes. In this study, we aim to identify and analyze the key opportunities and challenges associated with technology adoption in sustainable development. In this study, we identified and discussed the main opportunities and challenges of technology adoption in sustainable development.
[271] PDF — Applications of these technologies extend across diverse ϔields: air quality management beneϔits from pollutant detection and hotspot prediction; water resource management is revolutionized through real-time quality monitoring; biodiversity conservation employs AI-powered tools for wildlife tracking; and precision agriculture enhances productivity while minimizing environmental impact. Innovative Pathways in Environmental Monitoring and Advanced Technologies for Sustainable Resource Management 1 2 2 3 4 Rajesh G M* , Gomadhi , G. Innovative Pathways in Environmental Monitoring and Advanced Technologies for Sustainable Resource Management. 5. Conclusion The integration of advanced technologies in environmental monitoring has ushered in a new era of precision, efϐiciency, and sustainability in resource management. By enhancing air quality assessment, improving water resource management, supporting biodiversity conservation, and advancing sustainable agriculture, these technologies contribute directly to global sustainability efforts.