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Using plants to absorb metal compounds and then harvesting and processing them to extract the metals.

Exploiting microorganisms to extract metals from ores with reduced environmental impact.

Using high-pressure water jets to mine minerals, which decreases dust and fire risks.

Reusing water in mining processes to minimize water consumption and pollution.

Utilizing electric vehicles and machinery to reduce greenhouse gas emissions in mining.

Applying chemicals to piles of ore to leach out valuable metals more efficiently and with less environmental harm.

Targeting high-grade zones to minimize waste and the environmental footprint of mining.

An underground mining technique that allows for minimal surface disruption and waste rock generation.

Re-purposing mine waste for construction materials or soil amendment to reduce environmental impacts.

Extracting remaining minerals from mine tailings to reduce waste and prevent environmental damage.

Using automation to improve safety and efficiency, while decreasing environmental impact.

Incorporating renewable energy sources to power mining operations and reduce carbon emissions.

Planting trees and restoring local flora after mining ensures ecosystems can recover more effectively.

Replacing harmful chemicals with biodegradable alternatives in mineral processing to improve sustainability.

Deploying sensors and networks to continuously monitor environmental parameters, mitigating potential impacts.

Sculpting land post-mining to mimic natural landforms and promote ecological restoration.

Implementing barriers and treatment systems to shield water bodies from contaminated runoff.

Drilling methods designed to reduce environmental damage, like sonic or electric drilling.

Post-closure restoration of mining sites to establish stable ecosystems and mitigate long-term environmental impacts.