Degradation Of Natural Resources Research Articles

Isolation and Characterization of Plant Growth-Promoting Compost Bacteria That Improved Physiological Characteristics in Tomato and Lettuce Seedlings

Currently, agricultural systems are inadequate to meet the demand of the population, coupled with the constant degradation of natural resources. Therefore, it is necessary to explore alternatives to increase the productivity and quality of crops with minimal environmental impact. The use of plant growth-promoting bacteria can provide solutions to some agri-environmental problems and replace or minimize conventional agricultural practices. In this study, a Bacillus pumilus strain with plant growth-promoting properties was isolated from mature compost. In vitro, the ability of Bacillus pumilus to solubilize phosphate, inhibit the growth of phytopathogenic fungi, and its effect on the germination of tomato and lettuce seeds was evaluated. In vivo, its effect on stem thickness, height, and the number of leaves of tomato and lettuce seedlings was studied. The results show that, in vitro, Bacillus pumilus solubilizes phosphate, inhibits the growth of the fungus Fusarium oxysporum, and increases the germination percentage of tomato seeds. The results, in vivo, demonstrate that the bacteria increases the stem thickness of tomato seedlings, while, in lettuce, it increases the stem thickness and the number of leaves. The outcome implies that Bacillus pumilus has properties as a plant growth promoter and can be used as a promising inoculant to enhance the growth of tomato and lettuce seedlings.

A review on ecological degradation, its causes and sustainable development in Delhi, India

Degradation of natural resources and loss of biodiversity (wildlife flora and fauna) is a global problem that affects our society and hampers the economic and social progress of a country towards sustainable development. In developing countries like India, degradation of natural resources is a major threat to socio-economic development. In general, destruction of the environment, biodiversity and nature, has been a major concern in metropolitan cities. Delhi being a metropolitan city and the capital of India, has been facing this problem since 1980’s. However, the situation was not that bad then. Over the years, the environmental degradation has not only led to the loss of natural flora and fauna of Delhi city but has also become a cause of great concern because of its impact on the health of the common citizens of Delhi. Modernization, industrialization and overpopulation are key factors responsible for bringing about a drastic change in Delhi’s biodiversity and natural resources. Keeping in view their multifarious impacts, the Government of Delhi took some measures to restore the ecosystem of the city. However, we still have a long way to go to bring back the natural flora and fauna of the city, clean air, and the natural resources that have been depleted beyond imagination. Government alone cannot bring about the lost glory of Delhi. Each citizen of Delhi is responsible, and there is a need to join hands together and think in a positive direction to make Delhi a safe living place not only for human beings but also the wildlife that once existed in this majestic city.

Rubberized Geopolymer Composites: Value-Added Applications

The discovery of an innovative class of inorganic polymers has brought forth a revolution in the history of construction technology. Now, no energy-intensive reactions at elevated temperatures are essential, as found in the case of contemporary cement production. In addition to their attributes of low energy and a mitigated carbon footprint, geopolymeric composites can incorporate diversely originated and profound wastes in their manufacturing. As of today, profoundly accessible landfills of rubber tyre waste negatively impact the environment, water, and soil, with many health hazards. Their nonbiodegradable complex chemical structure supports recycling, and toxic gases are emitted by burning them, leading to aesthetic issues. These, altogether, create great concern for well-thought-out disposal methods. One of the achievable solutions is processing this waste into alternative aggregates to thus generate increased economic value whilst reducing primary aggregate consumption through the incorporation of these vast automobile solid wastes in the manufacturing of geopolymer construction composites, e.g., binders, mortar, concrete, etc., produced through the process of geopolymerization as a replacement for natural aggregates, providing relief to the crisis of the degradation of restricted natural aggregate resources. Currently, tyre rubber is one of the most outstanding materials, extensively employed in scores of engineering applications. This manuscript presents a state-of-the-art review of value-added applications in the context of rubberized geopolymer building composites and a review of past investigations. More significantly, this paper reviews rubberized geopolymer composites for their value-added applications.

Managing Natural Resources through Sustainable Environmental Actions: A Cross-Sectional Study of 138 Countries

Management of natural resources is pivotal for sustained economic growth—the increasing ecological footprints causing biocapacity deficit threaten the resource conversation agenda. The study identified the potential causes and consequences of natural resource depletion in a broad cross-section of 138 countries. Ecological footprints, international migrant stocks, industrial value-added, and population growth influenced natural resource capital across countries. The results show that ecological footprints, industrial value-added, and population growth are the detrimental factors of resource capital. In contrast, continued economic growth is helpful to conserve natural resources for future generations. The rise and fall in the natural resource degradation are evident in the wake of international migrants’ stocks to support an inverted U-shaped relationship between them. The Granger causality inferences confirmed the one-way linkages, running from international migrant stocks, economic growth, and population growth to natural resource degradation. It verifies migrants-led, affluence-led, and population-led resource degradation. Ecological footprints Granger causes industrial value-added across countries. The forecasting estimates suggested that economic growth would likely to influenced greater in magnitude to resource degradation by its innovation shocks of 4.791%, followed by international migrant stocks, population growth, ecological footprints, and industrial value added by their innovation shocks of 4.709%, 1.829%, 1.247%, and 0.700%, respectively. The study concludes that international migrant stocks should manage smartly, causing more resource degradation via a channel of increasing biocapacity deficit across countries.

Rejuvenating ecosystem services through reclaiming degraded land for sustainable societal development: Implications for conservation and human wellbeing

The Himalayan ecosystem has global significance for supporting unique and rich ecological and socio-cultural diversity as well as a range of ecosystem services important for the very survival of human beings. However, constant anthropogenic pressure, unsustainable developmental practices and climate change led to the transformation of irrational land-use practices that have seriously compromised the ecosystem productivity and livelihood of the mountain communities. Considering the above, integrated land use planning, effective land use policy and legislation is a key element to address unsustainable land-use practices in the Himalayan ecosystem. Realising the increasing trend of degradation of natural resources and associated livelihood challenges for rural communities, a comprehensive scientific framework was developed for improving the functionality of marginal degraded land. A total of twelve tree species used for a variety of purposes prioritised by local communities based on ecological, social and economic value were selected for plantation on marginal degraded land belonging to the village community. Significant improvement in survival rate, growth, and circumference of planted tree species was observed across the sites after ten years of the plantation. The plantation activities enhanced the net productivity of degraded landscape while increasing characteristics of soil leading to increment in water percolation, improve soil moisture and decreased runoff. Total biomass accumulated by tree species planted in three selected sites within the period significantly contributed to carbon sequestration thus reducing the adverse impact of changing climate. The provisioning services in the form of fuel, fodder, and grasses obtained from developed landscapes reduced the drudgery and workload of marginal communities. The study advocates interdisciplinary knowledge production, enrich social learning among stakeholders, improved understanding of current and future challenges associated with land-use practices and relevant policy implications for sustainable land management in the region.

Farmers\u2019 action space to adopt sustainable practices: a study of arable farming in Saxony

The urgency to address climate change, biodiversity loss, and natural resource degradation requires major changes in agricultural practices. Agricultural policy in Germany has so far failed to generate such changes; meanwhile, public demands for new regulations are met by widespread farmers’ protests. Against this background, an improved understanding of the factors influencing farmers’ uptake of sustainable agricultural practices is necessary. This study introduces the concept of action space to analyze the role of barriers to change which lie beyond farmers’ perceived immediate control. We apply this conceptual framework to the case of diversified crop rotations in Saxony (Germany) and combine semi-structured interviews and a survey to identify key barriers to change and their relative weights. We find that farmers feel rather strongly restricted in their action space to implement diversified crop rotations for sustainable agriculture. The most important barriers pertain to the market environment, which severely limits the feasibility of many crops. In addition, limited regulatory predictability as well as regulatory incoherence and limited flexibility restrict farmers in their action space. The role of resource availability within the farm businesses as well as availability and accessibility of knowledge is ambiguous between interview and survey results. The analysis of interactions indicates that multiple barriers form a self-reinforcing system in which farmers perceive to have little leeway to implement sustainable practices. These results emphasize the need to create an enabling market and regulatory environment in which sustainable practices pay off.

Trends of community-based interventions on sustainable watershed development in the Ethiopian highlands, the Gumara watershed

Natural resources degradation impacts sustainable agricultural productivity and the lives of the smallholder farmers. A government-led large-scale watershed management program has been started to curb the degraded areas. The long-term viability of interventions has remained a major challenge. We aim to understand the challenges and approaches of community-based interventions on sustainable natural resource management. Sub-watersheds were identified for a detail study based on erosion hotspots using the SWAT model. A cross-sectional research design was used to get relevant data through focus group discussion, field observation, and desk-level review. Each of the selected sub-watersheds followed a government-sponsored campaign to conserve degraded areas. The effectiveness of implemented conservation efforts was marginal. As a result, the community kept on reluctant to participate in conservation programs even on their farm fields. Despite farmers often hope to saw immediate returns, the long-term benefits of watershed development continued challenging. In conclusion, the government-led watershed development programs have not been evaluated by the government and stakeholders, technically supported, lack trust in the community and, hence, efforts remained unsustainable. Adaptive watershed management approach could have the opportunity to reduce the current challenges and to achieve sustainable natural resources management at a watershed scale.

Green economic based on low-carbon development on small islands

Global warming and climate change are having an impact on human and the planet. This occurs worldwide due to an exploitative economy, which does not consider the degradation of natural resources and the environment. Damage to terrestrial ecosystems in small island areas has a direct impact on the destruction of marine ecosystems, such as coral reefs, seagrasses, and another biodiversity. The most current devastating impact is the emergence of the “Covid-19 Pandemic”, which shows that so far humans have adopted an individualistic way of life that ignores their environment. This analysis is carried out through a literature review of the research results and scientific discussions that have developed so far. The results of the study show that if the economy continues to run as it is now, the Earth will continue to be in crises such as floods, extreme weather, rising sea levels, food shortage, and outbreaks of more viruses. Changes in paradigm and human behaviour are needed, not only from the government as the main actor of development but also support from the entire community. Science and innovation that are currently developing a change in development towards the ecological-economy, environmental economics, which is currently known as the “Green Economy Model” is already covered by controlling global warming and climate change. The transformation from an Exploitative Economy to a Green Economy has developed in the concept of Low Carbon Development and Build Back Better as part of the Sustainable Development Goals (SDGs), which needs to be formed in an integrated manner as a concept for Sustainable Small Islands Development and bring welfare for the community.

The Ecological Cluster as an Energy Transition Engine

Abstract The occurrence of successive economic crises, strong competitive pressures, and the degradation of natural and ecological resources are some of the major threats that make energy transition the new holy grail of the 21st century. This awareness of the urgency of the situation opens of the possibility for adopting an alternative approach - one of alliances, partnerships, and cooperation within the framework of exchange and sharing. This is, as Harari put it, the secret of the success of man. It can contribute sure to the goal of sustainable economic development. In line with this, new organizational forms have emerged, with the restructuring of the economy, integration of the principles of sustainable development, and development of renewable energies and clean technologies. These so-called Cleantech ecosystems, clusters focused on sustainable development projects, serve the dual function of at once contributing to economic growth and the attractiveness of an economy for investors and preserving the environment.

Institutional provision of inclusive recreational nature management: background status and requirements

Introduction. The fundamental principles of inclusive development are equality of opportunity, availability of all types of resources, equality and fairness in the distribution of income and benefits. The main message of inclusive recreational nature management is the creation of equal opportunities for the use of natural recreational resources and areas for the well-being and quality of life of people. Realization of priorities of the organization of recreational activity is not possible without the developed institutional maintenance. Defining the leading role of state authorities and civil society representatives, which establish a system of laws, rights and responsibilities, "rules of the game" and develop a set of mechanisms for their close institutionalized interaction, it is necessary to form institutions within which public representatives reconcile contradictions and determine common interests.
 Aim and tasks. The purpose of the study is to study the state and develop directions for the development of institutional support for inclusive tourism and recreational nature.
 Results. The article examines the state of institutional support for inclusive tourist and recreational nature management in Ukraine. The essence and its content are determined, the documents according to which it is determined are analyzed. The domestic legislative and normative-legal base of regulation of nature use in general and recreational in particular is studied, where separate principles of inclusive development are laid down. At the same time, a significant layer of problems remains unresolved, including the formation of new principles, forms of management to prevent the degradation of natural recreational resources, their diversity and sustainability. The interaction of formal institutions and institutes (legislative and normative base, system of state regulation, bodies of state administration and local self-government, public organizations, approved norms and norms of nature use) and informal institutions has to promote inclusive recreational nature use.
 Conclusions. The study of the state and directions of development of institutional support of inclusive recreational nature management allowed to determine that the implementation of an inclusive approach requires: changing the structure and stereotype of recreational needs of people and restructuring the economy of recreational nature management; reducing economic and social inequality of people to meet their recreational needs and ensuring equal access to valuable natural recreational resources.

Environmental and natural resource degradation in the wake of COVID-19 pandemic: a wake-up call.

The study’s objective is to examine the relationship between COVID-19 cases, environmental sustainability ratings, and mineral resource rents in a large cross section of 97 countries. The emergence of novel coronavirus 2019 (COVID-19) enlarges its magnitude across the international borders and damages social, economic, and environmental infrastructure with a high rate of human death tolls. The mineral resources are also devastated, which served as a primary raw input into the production system. The adverse effects of the COVID-19 pandemic on the environment and mineral resources are studied in a large panel of countries and found that mineral resource rents and population growth improve environmental sustainability rating (ESR). In contrast, an increase in coronavirus cases decreases the rating scale across countries. Further, mineral resources first decrease along with increased COVID-19 cases due to strict government policies, including the mandatory shutdown of economic institutions. Further, mineral resource rents increase later because of resuming economic activities in many parts of the world. The high rate of population growth is another important factor that negatively affects mineral resources across countries. Through impulse response and variance decomposition estimates, an exacerbated coronavirus cases and population growth would likely negatively affect ESR and mineral resources. In contrast, COVID-19 recovered cases will likely play a more significant role in securing mineral resources over time. Therefore, the global mineral resource conservation policies and improving ESR are highly needed during the COVID-19 to keep the significant economic gains in unprecedented times.

Environmental Impact Assessment (EIA) Using Geographical Information System (GIS): An Integrated Land Suitability Analysis of Filling Stations

A stable methodology for conserving the natural environment has been a concern for developing countries. The fast-paced growth of urbanization generated significant demand for automobiles, leading to greater utilization of fuel. The consumption of fuel is fulfilled by the Filling Station (FS). An FS is undoubtedly an important facility, but it is reported that it has high potential for degradation of natural resources, pollution problems, environmental degradation, and hydrological, geological, and socio-economic hazards, and therefore the site selection of such facilities is an essential problem. The traditional approach utilizes EIA assessments and GIS separately and existing models lacks integration. Thus, this study provides an integrated GIS-based land suitability modeling using EIA assessments, and the Analytic Hierarchy Process (AHP) has been used as key land use feature prioritization for the appropriate selection of FS locations. A case study is also carried out to assess the precision of the suggested model. The findings indicate that more than 73% of the present FS are in the acceptable region, while 27% of the FS are not in the adequate region using the local code. Furthermore, 58% of the present FS are in the acceptable region, while 42% of current FS are not in the adequate region using the international code. The findings of the comparative code analysis show a difference in the codes. The international code looks safer compared to the local code because it has higher buffer distances. This model will assist decision-makers in making better decisions for such land suitability problems for filling stations, and this model can also be extended to other facilities by some modifications in the filters and data layers of the model.

Simulation and Analysis of Land Use Changes Applying Cellular Automata in the South of Quito and the Machachi Valley, Province of Pichincha, Ecuador

Rapid urban growth has historically led to changes in land use patterns and the degradation of natural resources and the urban environment. Uncontrolled growth of urban areas in the city of Quito has continued to the present day since 1960s, aggravated by illegal or irregular new settlements. The main objective of this paper is to generate spatial predictions of these types of urban settlements and land use changes in 2023, 2028 and 2038, applying the Dinamica EGO cellular automata and multivariable software. The study area was the Machachi Valley between the south of the city of Quito and the rural localities of Alóag and Machachi. The results demonstrate the accuracy of the model and its applicability, thanks to the use of 15 social, physical and climate predictors and the validation process. The analysis of the land use changes throughout the study area shows that urban land use will undergo the greatest net increase. Growth in the south of Quito is predicted to increase by as much as 35% between 2018 and 2038 where new highly vulnerable urban settlements can appear. Native forests in the Andes and forest plantations are expected to decline in the study area due to their substitution by shrub vegetation or agriculture and livestock land use. The implementation of policies to control the land market and protect natural areas could help to mitigate the continuous deterioration of urban and forest areas.

Water Use Efficiency: A Review of Contextual and Behavioral Factors

Water withdrawals around the world have increased almost twice as fast as the population during the last century. Higher than expected water demand is leading to water scarcity and causing rapid depletion of water tables around the world. One reason behind the higher than expected demand is the inefficient use of water. Inefficient use of water affects the well-being of society, the economic stability of countries, and environmental health. Indeed, water use efficiency (WUE) is one of the pillars of sustainable development goals (SDG 6.4.1). However, progress toward achieving WUE is slow, especially for many developing countries where the degradation of natural resources is critical, economic growth is slow, and there are few strong institutions to coordinate actions. One reason behind inefficient water use is human behavior. A variety of contextual and psychological factors underlie the behavior. The contextual factors include socioeconomic, technical, institutional, and environmental factors and the behavioral factors include factors associated with the perception of risk, attitudes, norms, etc. Yet, few studies consider an integrated view of these factors in shaping water use behavior. This paper consolidates contextual and behavioral factors which influence water use, studies the gaps in our understanding of human water behavior underlying WUE and highlights the need to comprehensive assess and consistently measure such factors and their relationships. Based on the gaps identified, it proposes a conceptual model that connects contextual and behavioral factors and represents potential cause-effect relationships as supported by various environmental behavior approaches and psychological theories. Based on the literature review of water use, and conservation behavior, environmental psychology, and water use models, this model proposes an institutional factor to assess the relationship between institutions and stakeholders, and study contextual factors linked not only for individual water users but also studying these factors for individuals of water supply organizations.

Rapid Population Growth as Foremost Cause of Land Degradation in Ethiopia: A Review

Ethiopia is the second most populous country in Sub-Saharan Africa countries. The rapid population growth in country leads to land degradation; it includes soil degradation, vegetation degradation and water degradation, and natural resources degradation as whole. Diverse scholars indicated, decreasing tendency of forest cover in Ethiopia over time with the population increment. In Ethiopia, the high population growth leads to soil erosion and soil fertility loss; it accelerates soil erosion due to foot path, overgrazing and others, which is meanly estimated 12 tons/ ha/ yr. and, People are using animal dung and crop residue for household fuel rather than being added to the soil to improve soil fertility, which leads to soil quality declination. And, the population pressure leads the water courses to dry up, reduced the volumes of surface water, depletion of aquifers and pollution. If this rapid population growth of Ethiopia continues like the current situation, the land degradation problem is likely to be even more challengeable in the future. Therefore, this paper aims to explore rapid population growth as foremost cause land degradation in Ethiopia by taking typical evidence from different parts of the country and to suggest solutions. Keywords: Rapid Population Growth, Foremost Cause, Land Degradation DOI: 10.7176/JEES/11-8-02 Publication date: August 31 st 2021

Impact of Commercial Floodplain Aquaculture on Common-pool Resource Dependent Community

Aquaculture in pond and floodplain was accelerated in Bangladesh in the 1990s as a means of better production and income which was backed by the donor agencies, NGOs, and the government. Currently, the commercial actors are involved in the aquaculture systems due to the availability of production technologies and inputs. This paper aims to explore how the commercialization and privatization of floodplain aquaculture become the cause of the sufferings of the natural resource-dependent people and biodiversity loss in the floodplains. Now, Influential people hold control of the common pool floodplains and restricted the access of the Small-Scale Fishers (SSF) to manage the aquaculture. Our findings suggest that the SSF, for whom the seasonal floodplains were an important source of livelihood, their livelihood has been destroyed and overall wellbeing have been negatively affected. Besides that, lending enough evidence to the increased inequality, a new group of poor has emerged. Because instead of ensuring the welfare of SSF, Bangladesh government has leased the floodplain lands to the powerful rich people. In addition to growing inequalities, natural resource degradation has welcomed social vulnerabilities. However, no development initiative will ever be sustainable and effective if the existing socio-ecological setting is not considered. Bangladesh government should take robust attempts to revisit fisheries policies to ensure livelihood resilience of fisheries resource-dependent community by managing the access rights of the common pool resources.

Creating a hydrosocial territory: water and agriculture in the Liwa Oasis

This article presents the Liwa Oasis as a hydrosocial territory. It is defined by its natural resource, social, economic, and political context and we show how these manifest in policy and practice. The article identifies these components through analysis of the political economy of water management and agricultural production systems. Two distinct hydrosocial periods are defined: from independence in 1971 to the formation of agencies with water sustainability remits in 2006, and then from 2010 to the present, when subsidy regimes incentivized changes to cropping in existing agricultural production systems. The changes between these periods reflect alterations in the hydrosocial cycle stemming from natural resource degradation and from how agricultural policy responded to it, while still meeting social stability and food security objectives. In Liwa, water management and agricultural production regimes reflect the distributive nature of the state, in that agricultural subsidies and payments are a significant source of supplementary income for UAE citizens. The current hydrosocial cycle leads to major groundwater resource degradation, which is beginning to pose a major challenge. This disruption is at the heart of the hydrosocial dialectic playing out now in Liwa: resource degradation and depletion will ultimately require new patterns of resource utilization. Arriving at new practices will require new laws, policies and modes of governance, which will alter the political, social, and economic context.

Determination of Soil Hydraulic Parameters and Evaluation of Water Dynamics and Nitrate Leaching in the Unsaturated Layered Zone: A Modeling Case Study in Central Croatia

Nitrate leaching through soil layers to groundwater may cause significant degradation of natural resources. The aims of this study were: (i) to estimate soil hydraulic properties (SHPs) of the similar soil type with same management on various locations; (ii) to determine annual water dynamics; and (iii) to estimate the impact of subsoil horizon properties on nitrate leaching. The final goal was to compare the influence of different SHPs and layering on water dynamics and nitrate leaching. The study was conducted in central Croatia (Zagreb), at four locations on Calcaric Phaeozem, Calcaric Regosol, and Calcaric Fluvic Phaeozem soil types. Soil hydraulic parameters were estimated using the HYPROP system and HYPROP-FIT software. Water dynamics and nitrate leaching were evaluated using HYDRUS 2D/3D during a period of 365 days. The amount of water in the soil under saturated conditions varied from 0.422 to 0.535 cm3 cm−3 while the hydraulic conductivity varied from 3 cm day−1 to 990.9 cm day−1. Even though all locations have the same land use and climatic conditions with similar physical properties, hydraulic parameters varied substantially. The amount and velocity of transported nitrate (HYDRUS 2D/3D) were affected by reduced hydraulic conductivity of the subsoil as nitrates are primarily transported via advective flux. Despite the large differences in SHPs of the topsoil layers, the deeper soil layers, having similar SHPs, imposed a buffering effect preventing faster nitrate downward transport. This contributed to a very similar distribution of nitrates through the soil profile at the end of simulation period. This case study indicated the importance of carefully selecting relevant parameters in multilayered soil systems when evaluating groundwater pollution risk.

Enhancement on the properties of recycled coarse aggregate through bio-deposition – An experimental study

Owing to increased population and industrial expansion, the necessity for aggregates in construction is growing rapidly. Conversely, the production of aggregates results in the degradation of natural resources, posing a threat to the construction industry's long-term viability. To counteract the above concerns, the use of recycled coarse aggregates (RCA) as a suitable replacement to natural coarse aggregate (NCA) was developed. However, the adherence of mortar on the RCA exhibit higher porosity and that affects the quality of the RCA. So, in this study, the quality of RCA was enhanced through the bio deposition approach by Bacillus Subtilis and Bacillus Sphaericus. The microbes precipitates the CaCO3 that deposit and fills the pores on the surface of RCA. The mechanism resulted in the reduction in the water absorption and increase in the mechanical properties of the RCA. Microstructure investigations affirm the precipitation of CaCO3 by bacterial species that improves the quality of RCA.

Municipal Coastal Management and National Policy for the Conservation and Sustainable Use of the Brazilian Marine Biome: A Critical Analysis

The Coastal Zone (CZ), declared as National Heritage by the 1988 Federal Constitution, is endowed as an area of strategic importance. Coastal economic activities are responsible for the majority portion of the national Gross Domestic Product (GDP), linked to ports, fishing, mining (i.e., oil), and tourism. Thus, the intense degradation of natural resources puts both socio-economic sustainability and local populations’ environmental quality at risk. This study presents actors and public policies relevant to Integrated Coastal Zone Management (ICZM). It seeks to resolve existing conflicts while respecting the compatibility of coastal uses sustainably, considering that the interrelationships of economic, environmental and social phenomena resulting from the overlapping of the different uses of the Brazilian coast generate different impacts. The study aims to assess municipal coastal management in line with Marine Spatial Plans (MSP), with relevance to the provisions of Bill nº 6969/2013. Such legislation “institutes the National Policy for the Conservation and Sustainable Use of the Marine Biome and associated coastal ecosystems (PNCMar)” and analyses municipal public power, between integral and participant of the integrated coastal management, together with union and state governments, responsible for elaborating, implementing, executing and monitoring their respective Coastal Management Plans. The methodology consists of collecting bibliographic and documentary data and reviewing articles, laws, bills, federal decrees and classic texts that addressed ICZM and MSP. For an integrated, sustainable coastal management, Bill nº 6969/2013 requires adjustments, with coastal municipalities remaining in management in a decentralised, participatory manner to make their local spatial planning instruments compatible.