Deep Sea Mining: Technological Feasibility vs. Environmental Morality

Deep sea mining is rapidly becoming technologically feasible, but it poses profound and potentially irreversible risks to fragile deep ocean ecosystems, climate regulation, and undiscovered biodiversity. While proponents argue it could supply critical minerals for the energy transition, scientific consensus warns that the environmental and ethical costs far outweigh current benefits, especially given uncertain long-term impacts and weak governance. A precautionary global moratorium, stronger regulations, and prioritizing recycling and alternative technologies are necessary before proceeding with any large-scale exploitation of the deep sea.

Indonesian Nickel: Economy vs Environment

Currently the world’s largest nickel producer, Indonesia plans to expand mining further to meet the demand for clean energy technologies Nickel extraction has negative environmental and social impacts, resulting in deforestation, water pollution, biodiversity loss, illness, and other concerns The national ambitions of critical material production, overlooking its costs, reveal a gap between industrial goals and the material reality of Indonesia

Indonesian Nickel: What Is Its Role In The Just Transition?

Indonesia's nickel industry is made possible by foreign investment, with extraction fueling global clean tech supply chains, while local communities bear the environmental and social consequences Fair trade advocates in the Global North imagine a technology transfer and ethical downstreaming investment, but essentially a systemic shift in transportation models and a reduction of mineral consumption is necessary for climate action For long term resilience in terms of both the environment and global trade, Indonesia has the opportunity to invest in public welfare, green education for workers, and economic diversification beyond nickel

Are Commitment Devices A Solution To Climate Myopia?

Commitment devices offer a potential solution to the gap between climate pledges and action by binding policymakers to long-term goals. Real-world examples, like renewable energy mandates and carbon pricing mechanisms, demonstrate the efficacy of commitment devices in driving sustainable change. However, challenges such as loss of flexibility and democratic deficits must be addressed to ensure the success of these mechanisms in tackling the climate crisis.

What Is Community Choice Aggregation (CCA)?

The Community Choice Aggregation (CCA) programme provides local governments the powers to buy and manage energy on behalf of citizens and businesses. CCA enables local governments to create an electrical buying organisation to purchase power from more sustainable energy sources, like wind or solar. CCAs can also aid in reducing dependency on fossil fuels, which are a significant cause of climate change.

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What Are The Disadvantages Of Electric Vehicles? A Focus On Human Exploitation

The mining of transition materials, crucial to the production of EVs, echoes many concerns of traditional mining. Human rights abuses, disrespect for indigenous people and traditions as well as threatening the livelihoods of the local population are often overlooked in the name of the sustainability transition. Responsible sourcing, increased levels of recycling and honest marketing offer a solution for minimizing the human and environmental cost.

ReFuelEU Aviation

The ReFuel EU Aviation proposal offers targets for sustainable aviation fuel (SAF) and synthetic aviation fuels from 2025 to 2050 The policy proposal safeguards competitiveness in the air transport industry while ensuring that CO2 emissions linked to fuel in the aviation sector may be reduced by circa 60-61% by 2050 compared to the baseline year The emergence of SAF on the market would lead to a dramatic decline in the reliance of aviation on fossil jet fuel, leading to a 65% reduction of the latter by 2050