Jurnal Hukum Replik ISSN 2337-9251 (Prin.
2597-9094 (Onlin.
Vol.
12 Issue 2 .
410Ae429 DOI: 10.
31000/jhr.
Available online since: Sept 20, 2024 Instream Flow Rights for Protecting River Ecology in Nigeria's Bitumen Zone: Learning From Uganda's Experience Adedoyin Olusegun Akinsulore A School of Law.
Kampala International University.
Uganda Oluwadamilola Adebola Adejumo Obafemi Awolowo University.
Nigeria Paul Atagamen Aidonojie School of Law.
Kampala International University.
Uganda Aadedoyin.
akinsulore@kiu.
Abstract Water is a vital resource essential for the survival of humans, animals, and ecosystems.
Its inclusion in the Sustainable Development Goals (SDG.
underscores its importance.
Effective management and regulation of water resources are critical for achieving development across key sectors.
However, freshwater scarcity is an increasing concern, particularly with the high water consumption involved in bitumen mining and production.
This study employs a hybrid research method to assess water resource regulation in Nigeria and Uganda.
A total of 226 questionnaires were distributed to respondents in Nigeria, and the data was analyzed using descriptive and analytical techniques.
The findings reveal a lack of a robust legal framework regulating water usage in bitumen mining in Nigeria, in contrast to Uganda, where more A 2024 Authors.
Jurnal Hukum Replik is a Journal for Indonesian Procedural Law Studies published biannually by the Faculty of Law.
Universitas Muhammadiyah Tangerang.
Indonesia.
This work is licensed under a Creative Commons Attribution-ShareAlike 4.
International License.
All writings published in this journal are personal views of the authors and do not represent the views of this journal and the author's affiliated institutions.
History or Article: Submitted 03/26/2024 Revised 09/24/204 Accepted 09/25/2024 Instream Flow Rights forA.
Akinsulore, et.
comprehensive water regulations exist.
The study further concludes that unregulated water withdrawals for bitumen production in Nigeria threaten the achievement of SDG 6.
4, which focuses on sustainable water use.
To prevent ecological disasters and ensure the sustainability of freshwater ecosystems in Nigeria's bitumen belt, the study recommends strengthening existing legal and institutional frameworks to guarantee instream flow and sustainable water use in mining activities, drawing from the experiences of countries like Uganda.
Keywords Bitumen.
Freshwater.
Instream Flow.
Mining.
Sustainable Development Goals.
Water Management Introduction Water is essential for the survival of all living organisms, including 1 Denying access to water without lawful authority infringes upon the right to life and an adequate standard of living, as enshrined in international human rights law.
2 Water is not only vital for human survival but also critical to maintaining the ecological balance of natural water systems.
3 When water is over-extracted without regulation, it disrupts these ecosystems.
4 In Nigeria, bitumen has been designated as a strategic resource for economic diversification.
However, the development of bitumen places significant pressure on freshwater resources in the areas where it is mined, threatening the ecological balance of these regions.
The demand for water in bitumen extraction is substantial.
For example, 0.
159 cubic meters of water is required to produce a single barrel of bitumen in in-situ drilling operations, while 2.
5 barrels of Amy Hardberger.
AuLife, liberty, and the pursuit of water: evaluating water as a human right and the duties and obligations it creates,Ay Nw.
Univ.
IntAol Hum.
Rts.
: 331.
Takele Soboka Bulto.
AuThe emergence of the human right to water in international human rights law: Invention or discovery,Ay Melb.
IntAol L.
: 290.
Brian D.
Richter dkk.
AuEcologically Sustainable Water Management: Managing River Flows for Ecological Integrity,Ay Ecological Applications 13, no.
(Februari 206Ae24, https://doi.
org/10.
1890/10510761.
6:ESWMMR]2.
CO.
Andrew Watters.
AuFreshwater Scarcity: The Current Situation in Southern Ontario,Ay York University.
Toronto.
Ontario.
Canada, 2019, 145.
Kayode Ogunsusi.
AuBitumen Seepage and its Effects on Biodiversity in Ondo State.
NigeriaAy (PhD Thesis.
Ibadan.
University of Ibadan.
Ibadan, 2.
Instream Flow Rights forA.
freshwater are necessary to produce one barrel of bitumen in mining 6 Even more water is consumed in processing bitumen into slurries for extraction.
This growing demand for freshwater creates a tension between the pursuit of national economic growth through bitumen exploitation and the need to maintain environmental and ecological balance for both humans and other organisms dependent on local water systems.
While exploiting mineral resources is a proven pathway to economic development, the question arises: Should development prioritize human needs at the expense of the environment? Should it jeopardize the health of ecosystems, including the flora and fauna that depend on these water sources? What, ultimately, is the true meaning of sustainable development? This paper seeks to address these crucial questions to help prevent ecological disasters and promote the sustainability of freshwater ecosystems, particularly in Nigeria's bitumen-rich regions.
It explores the acceptable limits of water use during bitumen mining operations, with a focus on ensuring adequate instream flow.
Additionally, it examines the need for legal and institutional frameworks to guarantee sustainable water use in these operations.
The significance of this research lies in identifying regulatory gaps that, if addressed, could prevent unsustainable and unregulated withdrawals of freshwater for bitumen production.
The paper's key contribution is its call for the establishment of legal rights to regulate or prevent such uncontrolled withdrawals, offering a novel approach to safeguarding water resources in the context of bitumen mining.
Method This study employs a blended research methodology, integrating both doctrinal and non-doctrinal approaches to explore the legal and socioeconomic aspects of instream flow rights for the protection of Lorenzo Rosa dkk.
AuEnvironmental Consequences of Oil Production from Oil Sands,Ay EarthAos Future 5, no.
2 (Februari 2.
: 158Ae70, https://doi.
org/10.
1002/2016EF000484.
Vsp Vamsi.
AuThe Valuable Natural Resources of the World.
Economic Growth & The Global Environment,Ay International Journal of Engineering Development and Research 8, no.
: 389Ae421.
Akinsulore, et.
river ecology in Nigeria's Bitumen Zone, drawing lessons from Uganda.
The doctrinal component focuses on theoretical and conceptual analysis, examining relevant legal frameworks and scholarly literature.
This includes a thorough review of existing legislation, such as the Instream Flow Rights Act and related statutes in both Nigeria and Uganda, as well as an assessment of academic sources from online journals, books, and other publications.
The aim is to gain a deeper understanding of the legal structures governing instream flow rights in the Nigerian context.
The non-doctrinal aspect of the study seeks to gather practical insights from stakeholders actively involved in managing and conserving river ecosystems in the Nigerian Bitumen Zone.
This is achieved through distributing questionnaires and conducting interviews with individuals and organizations engaged in river ecology and The goal is to collect firsthand accounts of the challenges, opportunities, and socioeconomic impacts of instream flow rights implementation in the region.
The qualitative data gathered is then analyzed thematically to highlight key issues and identify potential By combining doctrinal and non-doctrinal approaches, this research provides a holistic view of the legal and socioeconomic dynamics surrounding the enforcement of instream flow rights for river ecosystem protection in Nigeria's Bitumen Zone.
This comprehensive methodology allows for the development of informed recommendations and strategies aimed at addressing identified challenges and enhancing the effectiveness of instream flow rights initiatives in the region.
The Legal Framework for In-stream Flow in Nigeria Terry Hutchinson.
AuThe doctrinal method: Incorporating interdisciplinary methods in reforming the law,Ay Erasmus L.
Rev.
: 130.
William M.
Landes dan Richard A.
Posner.
AuLegal precedent: A theoretical and empirical analysis,Ay dalam Scientific Models of Legal Reasoning (Routledge, 2.
, 85Ae Cameron Holley dkk.
AuUsing adaptive theory and multi-modal case study methods in environmental law research,Ay Non-doctrinal Research Methods in Environmental Law, 2023, 130Ae53.
Toufiq A.
Sidiqi dan Shirin Tahir-Kheli.
AuWater Conflicts in South Asia:
Managing Water Resource Disputes within and between countries of the region,Ay 2004.
Instream Flow Rights forA.
An analysis of Nigeria's water laws reveals a lack of adequate recognition for the in-stream flow needs of rivers and streams.
Instream flow rights, which refer to the maintenance of water levels to support ecosystems, are not recognized as rights that can be acquired through the country's statutory administrative structures governing water resources.
12 Notably, the concept of in-stream flow or rights is absent from Nigeria's primary water resource protection laws.
Even with a generous interpretation of existing provisions, any reference to in-stream flow rights is speculative, as the laws make no explicit mention of them.
For instance.
Section 5.
of the Water Resources Act could be interpreted to grant the Minister the authority to recognize and provide for in-stream flow rights, particularly when such actions would protect inland and estuarine fish, flora, and fauna.
Similarly.
Section 8.
of the Act grants the Minister powers to "prohibit or regulate activities on land or water that may interfere with the quantity or quality of water in any watercourse or groundwater.
" Additionally, the Minister has the discretion to refuse licenses for activities that may negatively impact water quality or quantity.
However, since the Minister is a political appointee, political affiliations and considerations may influence how these discretionary powers are exercised.
This raises concerns that political factors could delay or undermine the proper use of this discretion, even when there is a need to act.
A further examination of the River Basin Development Authority (RBDA) Act highlights a significant gap.
The RBDA is established to focus solely on the consumptive use of water, with no legal mandate covering the non-consumptive use of water, such as maintaining minimum in-stream flows.
As a result, the River Basin Authorities lack the legal authority to ensure adequate in-stream flow in the rivers under their management.
This omission has serious consequences for the Philippus Wester dan Jeroen Warner.
AuRiver basin management reconsidered,Ay Hydropolitics in the developing world: A Southern African perspective, 2002, 61Ae Miguel Solanes.
AuLegal and Institutional Aspects of River Basin Development,Ay Water International (Januari 116Ae23, https://doi.
org/10.
1080/02508069208686131.
Olawale Ajai.
AuLaw, water and sustainable development: framework of Nigerian law,Ay Law EnvAot & Dev.
: 89.
Akinsulore, et.
aquatic ecosystems, potentially harming the flora and fauna that depend on consistent river flow levels.
Legal Framework for the Regulation and Protection of Water Bodies in Uganda The sustainable use of water resources in Uganda aligns with the Sustainable Development Goals (SDG.
, particularly those addressing water management and environmental sustainability.
UgandaAos numerous rivers and water bodies serve multiple purposes, contributing significantly to the nationAos economic development.
Recognizing their commercial and ecological importance, the Ugandan government has established a comprehensive legal framework to regulate and protect these water bodies, ensuring their continued viability for future Key aspects of this framework are outlined below.
The Uganda Rivers Act.
Chapter 357 of 2002 The Uganda Rivers Act serves as the foundational legal document governing the use and protection of the country's water bodies.
In the First Schedule, the Act lists several key rivers, including the Assua.
Semliki.
Kafu.
Muyunja.
Kagera, the Nile .
rom Lake Victoria to Lake Alber.
Katonga, and Sezibwa Rivers.
Licensing for Steam Vessels Section 9 of the Act mandates that all steam vessels operating on Ugandan rivers must obtain a license.
These licenses are issued by the Minister or a designated officer and are outlined in Form B of the Second Schedule.
Each license is valid from the date of issuance until December 31 of the following year.
Failure to secure a license constitutes an offense, punishable by a fine of up to 150 shillings upon Regulation of Dredging Activities Section 4.
of the Rivers Act prohibits dredging in any river without a license, which must conform to Form A in the Second Peter Millington.
AuRiver basin management: Its role in major water infrastructure projects,Ay Thematic Review 3 .
Dante A.
Caponera dan Marcella Nanni.
Principles of water law and administration:
(Routledge, https://w.
com/books/mono/10.
1201/9780429465703/princi ples-water-law-administration-marcella-nanni-dante-caponera.
Instream Flow Rights forA.
Schedule.
Unauthorized dredging, or violation of a licenseAos terms, constitutes an offense, subject to fines of up to 1,500 shillings per day for the duration of the offense.
Section 6 further specifies that violations of dredging license conditions may result in fines of up to 3,000 In such cases, the licensee is also responsible for any damage caused by the violation.
Noncompliance with legal orders or notices related to dredging operations also constitutes an offense under this Additional Dredging Regulations The Third Schedule of the Act outlines additional regulations applicable to dredging licenses.
The Minister retains the authority to impose supplementary regulations on a case-by-case basis as necessary.
Key provisions of the Uganda Rivers Act emphasize strict regulation of dredging activities to protect water bodies.
Under Regulation 3, dredging cannot commence without written consent from an inspector.
Regulation 4 mandates that licensees provide inspectors with full access to plans and documents, allowing soundings and measurements, and requires written approval before relocating dredging Regulation 7 stipulates that dredgers must be designed to prevent tailings from forming groins or shoals in the riverbed, with inspectors authorized to direct tailing deposition onto riverbanks if Regulation 8 requires that any obstructions caused by dredging, such as groins or shoals, must be promptly removed if they create erosion or navigation hazards.
According to Regulation 11, if dredging in tributaries leads to silt or mud obstructing navigation in the main river or damaging its banks or bed, the licensee is responsible for addressing the issue.
Finally.
Regulation 12 obliges the licensee to indemnify the government and its officers for any accidents, injuries, damages, or losses resulting from dredging operations or related works.
Presentation and Analysis of Data This section presents and analyzes the data collected from the survey questionnaires distributed to respondents across Nigeria.
The data are organized and examined as follows:
Sample Size and Sampling Strategies The study targeted a sample size of 226 respondents, selected from various geopolitical zones across Nigeria to ensure a diverse Akinsulore, et.
A simple random sampling technique was employed, as it is well-suited for selecting respondents from a large and heterogeneous population.
This method was chosen for its advantages, which include:
Greater reliability in selecting participants from diverse Minimization of bias and partiality in the selection process.
Simplicity and ease of implementation compared to more complex methods.
Appropriateness for legal research using a hybrid methodological approach.
The use of this sampling technique ensured the data collection was broad and representative, facilitating the reliability of the findings.
Data Interpretation The findings from the questionnaire have been organized and are presented in both tabular and graphical formats for clarity and ease of This approach helps to visually represent the data and simplify the identification of key trends and insights.
Research Question One Figure 1: Respondents' identification of their residential areas within Nigeria.
This figure displays the geographic distribution of the participants, providing a clear overview of where they reside across the Instream Flow Rights forA.
Table 1: Respondents by Geopolitical Zones of Residence in Nigeria Figure 1 and Table 1 provide a breakdown of the respondents' residences across Nigeria's various geopolitical zones.
This categorization offers a clear view of the distribution of participants based on their geographic locations within the country.
S/N
Geopolitical Zones in Responses Nigeria
Respondents North Central
Percent
North East
North West
South East
South South
South West
TOTAL
Research Question Two Figure 2 illustrates respondents' views on the importance of addressing concerns regarding water usage in bitumen mining operations involving water bodies.
This figure highlights the level of awareness and acknowledgment among participants about the potential environmental impact of water consumption in the bitumen mining Akinsulore, et.
Table 2: Respondents Confirming the Need for Concern Regarding Water Usage in Bitumen Mining Figure 2 and Table 2 show that respondents overwhelmingly recognize the need for government intervention regarding the substantial water usage involved in bitumen mining in Nigeria's water These results underscore a shared concern about the environmental and ecological impacts of such activities, highlighting the importance of regulatory oversight.
Response Percent Valid Yes Valid No Total Research Question Three Figure 3: Identification of the potential impact of unregulated water use for bitumen mining in Nigeria.
Table 3: Assessment of Potential Impacts of Unregulated Water Use in Bitumen Mining in Nigeria Figure 3 and Table 3 illustrate clusters of respondents highlighting the potential risks associated with unregulated water usage from local water bodies in bitumen mining.
Instream Flow Rights forA.
Impact of unregulated water Cluster of Percentage usage for bitumen mining Response Large withdrawals of water can lead to alterations in the flow patterns and levels of rivers and streams, affecting the habitat of aquatic species.
Reduced increased sedimentation due to mining activities can degrade water quality, impacting the health of aquatic ecosystems and the organisms within them.
Changes in water flow and quality can disrupt the natural balance of ecosystems, leading to declines in biodiversity and the loss of sensitive species.
Diversions of water for mining operations can fragment river habitats, isolating populations of aquatic species connectivity between different parts of the ecosystem.
Changes in water levels and flow patterns can negatively affect riparian vegetation, which plays a Akinsulore, et.
riverbanks, filtering pollutants, and providing habitat for wildlife.
Unregulated bitumen mining may exacerbate ability to access clean water for drinking, agriculture, and other essential needs.
Figure 4: Respondents Assessing the Adequacy of the Legal Framework for Water Use in Bitumen Mining Research Question Four Table 4: Valid Responses Regarding the Adequacy of the Legal Framework for Water Use in Bitumen Mining Figure 4 and Table 4 present responses regarding the adequacy of the legal framework governing the sustainable use of significant water resources in bitumen mining in Nigeria.
Instream Flow Rights forA.
Response Percent Valid Yes Valid No Total Research Question Five Figure 5: Remedies for curtailing the unregulated use of water bodies for bitumen mining in Nigeria Table 5: Valid remedies for curtailing the unregulated use of water bodies for bitumen mining in Nigeria Figure 5 and Table 5 are cluster respondentsAo stipulating the remedies that could be adopted to curtail the unregulated use of water from water bodies in bitumen mining Remedies to curtail the Cluster of unregulated use of water bodies Responses Percentage for bitumen mining in Nigeria Implement regulations that govern instream flows, ensuring minimum Akinsulore, et.
water levels are maintained to protect aquatic ecosystems.
Mandate EIAs bitumen mining projects to assess Uganda's Foster communities, extractive companies, and government agencies, to ensure decision-making processes.
Adopt Integrated Water Resource Management (IWRM) principles to coordinate and sustainably manage competing water demands while safeguarding river ecology and ensuring water security.
Establish mechanisms for effective enforcement to prevent and address environmental violations associated with bitumen mining activities.
Instream Flow Rights forA.
Promote Encourage sustainable water use riparian habitats and vegetation.
practices through education and promoting ecological conservation and supporting the achievement of SDG No.
The data obtained in this study, presented in tabular and graphical formats for clarity and ease of interpretation, are analyzed as follows:
Table 1 and Figure 1 show that the 226 respondents are residents from various geopolitical zones in Nigeria, demonstrating a diverse and informed sample with relevant knowledge about water usage in bitumen According to Figure 2 and Table 2, 81% of respondents expressed concern over the large volumes of water being used in bitumen mining, suggesting that this practice contradicts the Sustainable Development Goal (SDG) for water conservation and sustainable Further concerns were supported by findings in Figure 3 and Table 3, which identified the environmental impacts of unregulated water use in bitumen mining:
5% of respondents indicated that excessive water use could alter flow patterns and river levels, disrupting aquatic 1% agreed that reduced water levels and increased sedimentation could degrade water quality, affecting the health of aquatic ecosystems.
2% believed that changes in water flow and quality could destabilize ecosystems, leading to biodiversity loss.
2% noted that water diversions for mining could fragment river habitats, isolating aquatic species Akinsulore, et.
2% highlighted that changes in water levels could harm riparian vegetation, crucial for stabilizing riverbanks and supporting wildlife.
5% raised concerns that unregulated withdrawals could worsen water scarcity for local communities, affecting access to clean water for essential needs.
These findings point to a significant gap in the regulation of water usage in Nigeria.
This is confirmed by Table 4 and Figure 4, where 7% of respondents attributed excessive water use to insufficient institutional and legal frameworks.
Consequently, there is a need for stronger institutional and legal mechanisms to curb the unregulated use of water in bitumen mining.
Figure 5 and Table 5 outline potential remedies suggested by the 7% advocated for regulations governing instream flows to maintain minimum water levels and protect aquatic 5% called for mandatory Environmental Impact Assessments (EIA.
for bitumen projects, similar to Uganda's practices, to mitigate environmental damage.
9% recommended fostering dialogue between stakeholdersAilocal communities, companies, and government agenciesAito ensure sustainable water 7% proposed adopting Integrated Water Resource Management (IWRM) principles to balance competing demands while safeguarding river ecology and water 5% emphasized the need for effective environmental monitoring and enforcement mechanisms to address violations in mining activities.
4% supported promoting the conservation of riparian habitats and vegetation.
An additional 62.
4% emphasized the importance of raising awareness and promoting sustainable water use practices to support the achievement of SDG No.
Instream Flow Rights forA.
In summary, these findings highlight the significant risks posed by unregulated water use in bitumen mining in Nigeria, as well as potential sustainable solutions to mitigate these risks and ensure ecological conservation.
Conclusion In pursuing developmental goals, it is increasingly clear that water is a finite resource that requires careful management and protection from contamination.
Sustainable development efforts must prioritize the conservation of river ecosystems, especially in areas impacted by bitumen extraction.
Achieving the Sustainable Development Goals (SDG.
by 2030 is critical, with water conservation playing a central A genuine commitment from nations is essential, involving both practical interventions and regulatory frameworks to protect water Lessons from regulatory models in regions like Uganda.
Alberta, and Canada, where effective laws and voluntary agreements govern water use, can inform strategies to mitigate potential adverse impacts on river ecosystems in NigeriaAos Bitumen Zone.
SDG 6, which focuses on water management, calls for the integration of water resource principles into legislation and administrative frameworks.
This includes capacity-building initiatives, active stakeholder engagement, and adherence to environmental principles such as "user pays" and "polluter pays.
" Comprehensive water legislation should address usage, ownership, and conservation, clearly delineating responsibilities among government bodies while ensuring stakeholder involvement in decisionmaking.
Additionally, fostering a collaborative approach between host communities and extractive industries can help alleviate conflicts and promote efforts to achieve SDG targets, particularly regarding waterrelated challenges linked to bitumen mining.
Continuous refinement of existing legislation is crucial to address evolving issues in water resource management and the protection of river ecosystems in NigeriaAos Bitumen Zone.
References