Endolith is revolutionizing the extraction of critical minerals by harnessing the power of microbes. We’re using microbes, earth’s oldest miners, to increase recovery rates in copper and lithium while minimizing environmental impact, making mining more sustainable and effective.

An endolith or endolithic is an organism (archaeon, bacterium, fungus, lichen, algae, sponge, or amoeba) that is able to acquire the necessary resources for growth in the inner part of a rock, [1] mineral, coral, animal shells, or in the pores between mineral grains of a rock.

Nov 25, 2006 · Endoliths are organisms that live inside rocks or in pores between mineral grains. These creatures are thought to have been found in a large range of environments - from rocks on the Earth's surface to miles beneath the subsurface! There are thousands of known species of endoliths, including members from Bacteria, Archaea, and Fungi.

At Endolith, we’re revolutionizing lithium extraction through advanced microbial technology. Geological surveys in the southwest U.S. have revealed substantial lithium-rich clay deposits essential for renewable energy.

Nov 5, 2019 · Far from being devoid of life, the skeleton harbours a wide array of algae, endolithic fungi, heterotrophic bacteria, and other boring eukaryotes, often forming distinct bands visible to the bare...

Feb 2, 2015 · It’s a telltale sign of a community of rock-dwelling microbes called endoliths. These algae, cyanobacteria, or lichens survive in the only place where moisture won’t immediately evaporate. As an energy source, endoliths capture light that filters through the outer layer of rock.

An endolith or endolithic is an organism (archaeon, bacterium, fungus, lichen, algae, sponge, or amoeba) that is able to acquire the necessary resources for growth in the inner part of a rock, mineral, coral, animal shells, or in the pores between mineral grains of a rock.

Endolith is using deep tech to harness the power of microbes, earth’s oldest miners, to increase recovery rates of critical minerals like copper and lithium while minimizing environmental impact. Our mission is to transform mining into a more sustainable and efficient practice, aligning with the global demand for responsible resource extraction.

Sep 3, 2024 · Enter Endolith which offers a groundbreaking solution using microbial science to improve copper extraction. Their technology isolates and adapts microbial strains to various environmental conditions, demonstrating significantly greater leaching efficiencies than …

An endolith or cryptoendolith is an organism (archaea, bacterium, or fungus) that lives inside rock, coral, animal shells, or in the pores between mineral grains. Many are extremophiles; living in places previously thought inhospitable to life.

Mar 24, 2024 · Endoliths are organisms that live inside rocks, deep within the Earth’s crust or even on the surface of rocks. These microorganisms are incredibly resilient and have adapted to survive in extreme environments where most other forms of life would perish. Endoliths are a diverse group of organisms that include bacteria, archaea, fungi, and algae.

Apr 1, 2022 · Endolithic microorganisms survive the extreme environmental conditions of rock pores and fissures with their survival strategies. In addition, the bulk rock provides mineral nutrients and protects the inhabitants from drastic ecological stresses from changes in …

Endoliths are organisms that live inside rock, or the tiny pores between interlocking mineral grains. Thousands of different species are known, including representatives of bacteria, archaea, and fungi.

Nov 25, 2006 · Compiled for professionals and advanced learners, this endolith collection includes online resources such as journal articles, academic reviews, and surveys. Small, nanometer-scale spheroidal and ovoid features were first discovered in carbonate minerals forming in hot springs.

Endoliths: Organisms, growing in the interior of rocks. They are cryptoendoliths when growing within structural cavities, chasmoendoliths when inhabiting fissures and cracks of the rock, and euendoliths when actively penetrating rocky substrates (Golubic et al., 1981).

Mar 30, 2023 · Endoliths comprise a diverse set of organisms (mostly bacteria, fungi, archaea, and algae) that are able to live inside solid rock in various ways, filling lesser-known ecological niches that nonetheless cover an enormous fraction of the biosphere, including the so-called ‘deep biosphere’ [15].

Nov 25, 2006 · This Encyclopedia of Astrobiology, Astronomy, and Space Flight article describes endoliths, organisms that live inside rocks. Key vocabulary within the article is hyperlinked to similar descriptive pages describing the hyperlinked …

Endolith In subject area: Immunology and Microbiology Atacama's endoliths are low-complexity microbial communities dominated by primary producers, such as Cyanobacteria, mostly of the Chroococcidiopsis genus, and the phyla Actinobacteria, Proteobacteria, Chloroflexi, Bacterioidetes, and Euryarchaeota as well as other heterotrophic ...

Apr 1, 2022 · Endolithic microorganisms survive the extreme environmental conditions of rock pores and fissures with their survival strategies. In addition, the bulk rock provides mineral nutrients and protects the inhabitants from drastic ecological stresses from changes in …

Apr 21, 2005 · Here we describe the discovery and identification of the constituents of an extremely acidic (pH 1) endolithic microbial community inhabiting the pore space of rocks in the geothermal environment...