Document Type : Original Independent Original Article
Authors
1 Graduated Master Degree from the Department of International Law, Faculty of Law Payame Noor University, Tehran, Iran
2 Ph.D. in Islamic Jurisprudence and Law, Assistant Professor, Department of Jurisprudence and Law, Imam Khomeini and Islamic Revolution Research Institute, Tehran, Iran
Abstract
Highlights
Introduction
Cloud seeding is increasingly being used in many countries to combat drought, gain access to fresh water, reduce pollution, and mitigate global warming. The process makes the drops within a cloud heavier, causing them to fall. It causes heavy rain and snow by introducing silver iodide particles into the cloud via planes, drones, or other means. This mitigates drought by increasing water access. The subsequent reduction in atmospheric pollution and greenhouse gas emissions also contributes significantly to mitigating global warming. However, people are injured and places are damaged as a result of climate change, which alters the natural precipitation level and, at times, the broad extent of the affected area. Even poor management can have unintended and highly destructive consequences. The increasing use of cloud seeding compelled some countries to enact regulatory legislation. Nonetheless, no specific international action has been taken. The large area covered each time, as well as the differences in national laws, have perplexed the seeders, affected, and courts. The global lack of comprehensive international laws, the absence of a federal one in the United States, and inconsistencies in state laws render those affected legally helpless and allow perpetrators to escape consequences.
Methodology
This research is a descriptive-analytical study.
Findings
The goal is to answer the following questions: “How well do existing laws regarding cloud seeding meet legal requirements?” and “Is there a way to eliminate their potential shortcoming?” The United States is a pioneer in the use of cloud seeding. Along with frequently referring to common law in most legal issues and having regulations (albeit state ones), it made the United States our preferred country for studying those laws. The research hypothesis is that existing laws are insufficient, that they must be unified, and that a comprehensive federal regulation is required.
The study's goal is to show discrepancies in different regions' standards and instructions, as well as the resulting inefficiency. This demonstrates the importance of developing and enacting unified federal laws to make the cloud seeding process more transparent and efficient.
Cloud seeding laws are classified into three types: state laws, a few federal laws, and international conventions. Some states have enacted special weather modification legislation, while others rely on existing regional legislation[1]. Inconsistencies in regulations cause problems between neighboring states that are harmed by their neighbor's cloud seeding. Cloud seeding is regulated and legislated by Congress. However, all attempts to enact new legislation have failed due to a lack of research on weather modification and concerns about the effects of such legislation[2]. There has been no comprehensive federal weather modification legislation developed or passed by Congress. Existing federal laws in this area are insignificant. The 1976 Weather Modification Policy Act is currently in effect[3]. It was enacted during the early days of weather modification science. The failure to update the law in response to scientific advances has resulted in many gaps and flaws in the law. Aside from that, international conventions such as the US-Canada official agreement on weather and climate intelligence collaboration and the Environmental Modification Convention have been established (ENMOD)[4]. However, because of the ambiguity in determining responsibility, the difficulty of proof, negligence, and a lack of standards in determining the risk level, those who have been harmed end up in a dead end. It gives the agent who performs cloud seeding complete freedom with no accountability. The agent may also withdraw due to concerns about the level of responsibility or the possibility of committing an alleged crime. Federal regulation ensures more efficient cloud seeding in competent drought combat. The federal government owns a sizable portion of the land in the states that seed the clouds. For example, the US government owns 45.8 percent of land in California and 84.9 percent of land in Nevada, and it also contributes significantly to the operations budget. Washington is best placed to present operational guidelines for cloud seeding on federal lands. The US government considers Indian territories to be sovereign states. On those lands, state laws do not apply. As a result, having federal laws enacted in these territories is unavoidable. Furthermore, federal laws govern the use of drones[5]. The use of a drone in cloud seeding demonstrates the importance of federal legislation for the actions of these drones.
Results
The study of issues due to the lack of a federal cloud seeding law, state jurisdictions of such regulations, the benefits and drawbacks of regulation by federal legislations, and the ineffectiveness of general responsibility laws demonstrates that the benefits of enacting such a law to govern state regulations outweigh the drawbacks.
Due to the shortcomings of current laws, it is necessary to establish an agency to regulate, manage, and supervise cloud seeding. It should be considered an Environmental Protection Agency comprised of experts with the authority to make environmental decisions. The combination of these elements ensures that cloud seeding activities in the United States have a positive impact.
[1] CAL. WAT. CODE §106
[2]. Weather Mitigation Research and Development Policy Authorization Act, 111 S. 601, 111th Cong. (2009); Weather Modification Research and Technology Transfer Authorization Act, S. 2170, 108th Cong. (2004).
[3]. 15 U.S.C.S. 330
[4] Officially the Convention on the Prohibition of Military or Any Other Hostile Use of Environmental Modification Techniques
[5] Unmanned Aircraft Systems, FEDERAL AVIATION ADMINISTRATION, https://www.faa.gov/uas
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Main Subjects