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Symbiont Collection

"Symbiont: Nature's Perfect Partnerships" In the depths of the ocean, a False clown anemonefish finds solace among the swaying tentacles of its host anemone

Background imageSymbiont Collection: False clown anemonefish

False clown anemonefish (Amphiprion ocellaris) amongst anemone tentacles. Photographed in Misool, Raja Empat, West Papua, Indonesia

Background imageSymbiont Collection: Coral hermit crab, Paguritta vittata, Yap, Micronesia

Coral hermit crab, Paguritta vittata, Yap, Micronesia
This species of Coral hermit crab (Paguritta vittata) lives in a hole in hard coral and traps passing plankton in its feathery antennae; Yap, Federated States of Micronesia

Background imageSymbiont Collection: Root nodule

Root nodule. Coloured scanning electron micrograph (SEM) of a root nodule on a pea plant (Pisum sativum) caused by the nitrogen-fixing soil bacteria Rhizobium leguminosarum

Background imageSymbiont Collection: A black rhino and calf in the Salient of the Aberdare National Park

A black rhino and calf in the Salient of the Aberdare National Park. Their skin colour is the result of the mud-wallows they frequent in the bright red soil of the area.& #x26; #x26; #x0B; Rhino

Background imageSymbiont Collection: A black rhino in the Salient of the Aberdare National Park

A black rhino in the Salient of the Aberdare National Park. Its skin colour is the result of the mud-wallows it frequents in the bright red soil of the area

Background imageSymbiont Collection: Lichen, SEM C015 / 5082

Lichen, SEM C015 / 5082
Lichen, coloured environmental scanning electron micrograph (ESEM). Lichens are symbiotic organisms formed of a fungus and an alga that mutually benefit one another

Background imageSymbiont Collection: Ants tending aphids on a plant stem C014 / 0969

Ants tending aphids on a plant stem C014 / 0969
Ants tending aphids (white) on a plant stem. Many ants, live on a diet of honeydew excreted by aphids (superfamily Aphidoidea)

Background imageSymbiont Collection: Ciliate protozoan, light micrograph C014 / 4676

Ciliate protozoan, light micrograph C014 / 4676
Ciliate protozoan. Differential interference contrast micrograph of a ciliate protozoan, showing the symbiotic green algae (Zoochlorellae, green) contained in vacuoles within

Background imageSymbiont Collection: Mitochondrial structure, artwork

Mitochondrial structure, artwork
Mitochondrial structure. Computer artwork of a section through a mitochondrion, showing the internal structure and a loop of mitochondrial DNA (deoxyribonucleic acid, mtDNA)

Background imageSymbiont Collection: Lichen, SEM C014 / 4736

Lichen, SEM C014 / 4736
Lichen. Coloured scanning electron micrograph (SEM) showing the structure of a lichen. Lichens are the result of a symbiotic relationship between a fungus and an alga

Background imageSymbiont Collection: Ciliate protozoan, light micrograph C014 / 4667

Ciliate protozoan, light micrograph C014 / 4667
Ciliate protozoan. Differential interference contrast micrograph of a ciliate protozoan, showing the symbiotic green algae (Zoochlorellae, green) contained in vacuoles within

Background imageSymbiont Collection: Ant symbiosis C013 / 7071

Ant symbiosis C013 / 7071
Ant symbiosis. Close-up of Philidris sp. ants and their eggs (white) inside the leaf of a Malayan urn vine (Dischidia major), with which they form a symbiotic relationship

Background imageSymbiont Collection: Ant symbiosis C013 / 7073

Ant symbiosis C013 / 7073
Ant symbiosis. Close-up of Philidris sp. ants with their larvae (white) inside the leaf of a Malayan urn vine (Dischidia major), with which they form a symbiotic relationship

Background imageSymbiont Collection: Ant symbiosis C013 / 7070

Ant symbiosis C013 / 7070
Ant symbiosis. Philidris sp. ants and their eggs (white) inside the leaf of a Malayan urn vine (Dischidia major), with which they form a symbiotic relationship

Background imageSymbiont Collection: Ant symbiosis C013 / 7068

Ant symbiosis C013 / 7068
Ant symbiosis. Close-up of Philidris sp. ants on a Malayan urn vine (Dischidia major), with which they form a symbiotic relationship

Background imageSymbiont Collection: Ant symbiosis C013 / 7069

Ant symbiosis C013 / 7069
Ant symbiosis. Philidris sp. ants on a Malayan urn vine (Dischidia major), with which they form a symbiotic relationship. This Southeast Asian epiphytic vine has inflated hollow leaves (large)

Background imageSymbiont Collection: Ant symbiosis C013 / 7067

Ant symbiosis C013 / 7067
Ant symbiosis. Close-up of Philidris sp. ants on a Malayan urn vine (Dischidia major), with which they form a symbiotic relationship

Background imageSymbiont Collection: Ant symbiosis C013 / 7066

Ant symbiosis C013 / 7066
Ant symbiosis. Close-up of Philidris sp. ants on a Malayan urn vine (Dischidia major), with which they form a symbiotic relationship

Background imageSymbiont Collection: Ant symbiosis C013 / 7065

Ant symbiosis C013 / 7065
Ant symbiosis. Close-up of Philidris sp. ants on a Malayan urn vine (Dischidia major), with which they form a symbiotic relationship

Background imageSymbiont Collection: Ant symbiosis C013 / 7064

Ant symbiosis C013 / 7064
Ant symbiosis. Close-up of Philidris sp. ants on a Malayan urn vine (Dischidia major), with which they form a symbiotic relationship

Background imageSymbiont Collection: Teloschistes chrysopthalmus, lichen

Teloschistes chrysopthalmus, lichen
Lichen shown in its herbarium packet from the collections of the Natural History Museum, London. Some lichens look virtually the same as dried specimens as in the field

Background imageSymbiont Collection: Xanthoria parietina, lichen

Xanthoria parietina, lichen
Shown here is a maritime sunburst lichen. A photograph of the ascus containing eight ascopores

Background imageSymbiont Collection: Field equipment

Field equipment

Background imageSymbiont Collection: Lichens

Lichens result from an intimate relationship between a fungus and an alga; there are about 18, 000 species

Background imageSymbiont Collection: Coral shrimp

Coral shrimp (Vir philippinensis) on the bubble- covered tentacles of a bubble coral (Pterogyra sinuosa). This shrimp is found exclusively amongst the tentacles and bubbles of this coral

Background imageSymbiont Collection: Emperor shrimp on a sea cucumber

Emperor shrimp on a sea cucumber
Emperor shrimp (Periclimenes imperator) on the skin of a sea cucumber. The emperor shrimp hitches rides on larger animals for protection from predators

Background imageSymbiont Collection: Colemans shrimp on a sea urchin

Colemans shrimp on a sea urchin
Colemans shrimp (Periclimenes colemani) on the body of a venomous sea urchin (Asthenosoma varium). This shrimp is found exclusively on this sea urchin

Background imageSymbiont Collection: Small giant clam

Small giant clam (Tridacna maxima). The small giant clam, also known as the maxima clam, is a species of clam found throughout the Indo-Pacific

Background imageSymbiont Collection: Manila pufferfish

Manila pufferfish (Arothron manilensis) with cleaner shrimps. This is a symbiotic relationship; the shrimps remove parasites from the fish, which they then eat

Background imageSymbiont Collection: Twoband anemonefish

Twoband anemonefish. Two twoband anemone fish (Amphiprion bicinctus) amongst their host anemones. The anemonefish, also known as the clown fish, is always found in association with sea anemones

Background imageSymbiont Collection: Anthias fish and cleaner shrimp

Anthias fish and cleaner shrimp. This is a white- banded cleaner shrimp (Lysmata amboinensis). It is using its long feelers and appendages to clean algae

Background imageSymbiont Collection: Shaded batfish

Shaded batfish (Platax pinnatus) being cleaned by a bluestreak cleaner wrasse (Labroides dimidiatus). This is a symbiotic relationship between the two fish

Background imageSymbiont Collection: Nitrogen fixation, conceptual artwork

Nitrogen fixation, conceptual artwork
Nitrogen fixation, conceptual computer artwork. A leguminous plant is growing out of a nitrogenous molecule in the middle of an ocean

Background imageSymbiont Collection: Pink anemonefish sheltering

Pink anemonefish sheltering. Pink anemonefish (Amphiprion perideraion) sheltering in its host anemone. This anemone has become bleached through stress caused by changes to its environment

Background imageSymbiont Collection: Clarkes anemonefish

Clarkes anemonefish (Amphiprion clarkii) in its host anemone. Photographed in the Philippines, Indonesia

Background imageSymbiont Collection: Spinecheek anemonefish

Spinecheek anemonefish (Premnas biaculeatus) swimming amongst bubble tip anemone (Entacmaea quadricolor) tentacles. Photographed in Misool, Raja Empat, West Papua, Indonesia

Background imageSymbiont Collection: Clown anemonefish

Clown anemonefish (Amphiprion percula) in a blue variety of giant carpet anemone (Stichodactyla gigantea). Photographed in Papua New Guinea, Indonesia

Background imageSymbiont Collection: Three-band anemonefish

Three-band anemonefish (Amphriprion tricinctus) in a breeding farm. This fish is a type of clownfish. Clownfish are immune to the stings of anemones, enabling them to live within their tentacles

Background imageSymbiont Collection: Mitochondrial energy, conceptual image

Mitochondrial energy, conceptual image. Computer artwork of a glowing mitochondrion, representing the energy produced by these cell organelles

Background imageSymbiont Collection: Nudibranch and emperor shrimp

Nudibranch and emperor shrimp
Nudibranch (Chromodoris annae) with an emperor shrimp (Periclimenes imperator, centre). Nudibranchs, or sea-slugs, are shell-less marine molluscs that live in seas around the world

Background imageSymbiont Collection: Lichen (Sticta sylvatica)

Lichen (Sticta sylvatica) growing on rocks. Photographed in Auvergne in France

Background imageSymbiont Collection: Spinecheek anemonefish

Spinecheek anemonefish (Premnas biaculeatus) swimming amongst bubble tip anemone (Entacmaea quadricolor) tentacles. Photographed in Misool, Raja Empat, West Papua, Indonesia

Background imageSymbiont Collection: Root fungus, light micrograph

Root fungus, light micrograph
Root fungus. Light micrograph of a cross-section through a root containing fungal hyphae called endotrophic mycorrhiza. The hyphae (green and blue)

Background imageSymbiont Collection: Japanese sago palm root, light micrograph

Japanese sago palm root, light micrograph
Japanese sago palm root. Light micrograph of a transverse section through a root of a Japanese sago palm, (Cycas revoluta)

Background imageSymbiont Collection: Lace lichen (Ramalina menziesii)

Lace lichen (Ramalina menziesii) growing on the branches of a valley oak tree (Quercus lobata). Lichens are symbiotic organisms formed of a fungus and an alga that mutually benefit one another

Background imageSymbiont Collection: Lichens

Lichens

Background imageSymbiont Collection: Lichen (Teloschistes capensis)

Lichen (Teloschistes capensis). Lichens are symbiotic organisms formed of a fungus and an alga that mutually benefit one another. The alga is contained within the hyphae (filaments) of the fungus

Background imageSymbiont Collection: Nitrogen-fixing bacteria, SEM

Nitrogen-fixing bacteria, SEM
Nitrogen-fixing bacteria. Coloured scanning electron micrograph (SEM) of nitrogen-fixing soil bacteria (Rhizobium sp.) living on a root nodule of a runner bean plant (Phaseolus coccineus)



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"Symbiont: Nature's Perfect Partnerships" In the depths of the ocean, a False clown anemonefish finds solace among the swaying tentacles of its host anemone. Bound by a mutualistic relationship, they provide each other with protection and sustenance. On the shores of Yap in Micronesia, a Coral hermit crab scuttles across vibrant coral reefs. It carries its home on its back, forming an alliance that benefits both parties - shelter for the crab and dispersal of coral larvae for growth. In the heartland of Aberdare National Park, a black rhino roams alongside its calf in perfect harmony. This maternal bond showcases how symbiosis extends beyond just species interactions but also within families. Lichen spreads like intricate artwork across barren landscapes. A union between fungi and algae creates this remarkable organism capable of surviving extreme conditions while providing nutrients to one another. A delicate dance unfolds as ants tend to aphids on plant stems. The aphids secrete sweet honeydew, which becomes nourishment for their ant caretakers while offering protection from predators in return. Underneath our microscope lenses lies a hidden world where ciliate protozoans thrive. These microscopic creatures form partnerships with other organisms or even within themselves to ensure survival and reproduction. Mitochondria - tiny powerhouses within our cells - showcase their own symbiotic origin through evolutionary history. They were once free-living bacteria that found refuge inside larger cells, resulting in energy production essential for complex life forms like us. From lush forests to desolate landscapes, lichens persist as nature's pioneers through symbiotic alliances between fungi and photosynthetic partners such as algae or cyanobacteria. Ants continue their reign as masters of cooperation by engaging in various symbioses throughout ecosystems worldwide. Whether it be protecting plants from herbivores or farming fungus gardens underground, these tiny insects exemplify teamwork at its finest.