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Calcareous marine nodules composed of crustose red algae
Rhodoliths (from Greek for red rocks) are colorful, unattached calcareous nodules, composed of crustose, benthic marine red algae that resemble coral.
Rhodolith
Coralline red algae
Maerl (also rhodolith) is a collective name for non-geniculate coralline red algae with a certain growth habit. Maerl grows at a rate of c. 1 mm per year
Maerl
Species of plant
Laminaria abyssalis is a species of brown kelp, notable for its connection to rhodolith beds in the Brazilian coastline. Laminaria abyssalis is native to the
Laminaria_abyssalis
Order of algae (Corallinales)
abundance of colorful patches on rock surfaces. Unattached specimens (maerl, rhodoliths) may form relatively smooth compact balls, and use underwater photosynthesis
Coralline_algae
Holobionts Plant holobiont Marine holobiont coral crab seagrass sponge rhodolith Hologenomics hologenome evolution Viromes Bat Human Mangrove Viriome Virosphere
Poultry_microbiome
Biochemical signaling between the gastrointestinal tract and the central nervous system
Holobionts Plant holobiont Marine holobiont coral crab seagrass sponge rhodolith Hologenomics hologenome evolution Viromes Bat Human Mangrove Viriome Virosphere
Gut–brain_axis
Host and associated species living as a discrete ecological unit
holobiont Seagrass holobiont Sponge holobiont Climate change and the rhodolith holobiont Stressors can alter directly the host physiology and immunity
Holobiont
Atoll in the Atlantic
dominated byrhodolith beds", in Aguirre, Julio (ed.), IV International Rhodolith Workshop, Granada, Spain: Universidad de Granada, Facultad de Ciencias
Rocas_Atoll
Species of alga
of Brazil, Sporolithon ptychoides forms rhodoliths up to 15 cm (6 in) in diameter. The surface of the rhodolith is crustose in places and knobbly in others
Sporolithon_ptychoides
Microbial community assemblage and activity
Holobionts Plant holobiont Marine holobiont coral crab seagrass sponge rhodolith Hologenomics hologenome evolution Viromes Bat Human Mangrove Viriome Virosphere
Microbiome
Fungal community in and on an organism
Holobionts Plant holobiont Marine holobiont coral crab seagrass sponge rhodolith Hologenomics hologenome evolution Viromes Bat Human Mangrove Viriome Virosphere
Mycobiome
Endosymbiotic bacterium or fungus
Holobionts Plant holobiont Marine holobiont coral crab seagrass sponge rhodolith Hologenomics hologenome evolution Viromes Bat Human Mangrove Viriome Virosphere
Endophyte
Community of microorganisms
Holobionts Plant holobiont Marine holobiont coral crab seagrass sponge rhodolith Hologenomics hologenome evolution Viromes Bat Human Mangrove Viriome Virosphere
Microbiota
Species of gastropod
environments. It lives in tandem with seagrass beds, macroalgae banks, rhodolith beds and coral rubble. The shell of this species has been used for creating
Cassis_tuberosa
Reef system in the Atlantic Ocean
into the Earth's oceans. The majority of the reef is made up of beds of rhodolith, various species of red algae, which superficially resemble coral. While
Amazon_Reef
Phylum of green algae
Cecchi E (2024-05-28). "Macroalgal assemblages associated to Mediterranean rhodolith beds". Aquatic Botany. 194 103785. Bibcode:2024AqBot.19403785P. doi:10
Prasinodermophyta
Scientific study of chemical processes involving metabolites
Holobionts Plant holobiont Marine holobiont coral crab seagrass sponge rhodolith Hologenomics hologenome evolution Viromes Bat Human Mangrove Viriome Virosphere
Metabolomics
Group of bacteria affecting plant growth
Holobionts Plant holobiont Marine holobiont coral crab seagrass sponge rhodolith Hologenomics hologenome evolution Viromes Bat Human Mangrove Viriome Virosphere
Rhizobacteria
Region of soil or substrate comprising the root microbiome
Holobionts Plant holobiont Marine holobiont coral crab seagrass sponge rhodolith Hologenomics hologenome evolution Viromes Bat Human Mangrove Viriome Virosphere
Rhizosphere
Microorganisms in or on human skin and biofluids
Holobionts Plant holobiont Marine holobiont coral crab seagrass sponge rhodolith Hologenomics hologenome evolution Viromes Bat Human Mangrove Viriome Virosphere
Human_microbiome
Total collection of viruses in and on the human body
Holobionts Plant holobiont Marine holobiont coral crab seagrass sponge rhodolith Hologenomics hologenome evolution Viromes Bat Human Mangrove Viriome Virosphere
Human_virome
Marine community of plankton and microbes
Holobionts Plant holobiont Marine holobiont coral crab seagrass sponge rhodolith Hologenomics hologenome evolution Viromes Bat Human Mangrove Viriome Virosphere
Phytoplankton_microbiome
Trace fossil
(2020). "Boring bivalve traces in modern reef and deeper water macroid and rhodolith beds". Progress in Earth and Planetary Science. 7 (1): 41. Bibcode:2020PEPS
Gastrochaenolites
Species of sea urchin
movement, and covering behavior of the sea urchin Toxopneustes roseus in rhodolith beds in the Gulf of California, México". Marine Biology. 137 (5–6): 913–923
Toxopneustes_pileolus
Bivalve
the Suggested Climate Change Scenario? Comparing Pleistocene and Modern Rhodolith Beds". International Journal of Modern Botany. 2 (4): 103–107. Roopnarine
Chione_undatella
Microorganisms living in the fruit fly
Holobionts Plant holobiont Marine holobiont coral crab seagrass sponge rhodolith Hologenomics hologenome evolution Viromes Bat Human Mangrove Viriome Virosphere
Microbiome in the Drosophila gut
Microbiome_in_the_Drosophila_gut
Island within the Amami Islands of Japan
Y., Boring bivalve traces in modern reef and deeper water macroid and rhodolith beds Progress in Earth and Planetary Science, vol. 7, 2020 [2] Takanashi
Kikaijima
Region of soil surrounding a germinating seed
Holobionts Plant holobiont Marine holobiont coral crab seagrass sponge rhodolith Hologenomics hologenome evolution Viromes Bat Human Mangrove Viriome Virosphere
Spermosphere
Island in Queensland, Australia
southern Great Barrier Reef, is found on the island. The shallow-water rhodolith beds in One Tree Reef extend in the intertidal to shallow subtidal zones
One_Tree_Island_(Queensland)
Community of microorganisms found in or around sponges
Holobionts Plant holobiont Marine holobiont coral crab seagrass sponge rhodolith Hologenomics hologenome evolution Viromes Bat Human Mangrove Viriome Virosphere
Sponge_microbiomes
Species of sea urchin
waters around the Galapagos Islands. They are common in coral reefs, rhodolith beds, and rocky environments, at depths of 2 to 50 m (7 to 164 ft). They
Toxopneustes_roseus
E.; Assis, J. (10 January 2020). "Brazil oil spill response: Protect rhodolith beds". Science. 367 (6474): 156. Bibcode:2020Sci...367..156N. doi:10.1126/science
List_of_oil_spills
1(1991) Littler, Mark M., Littler, Diane S., Dennis Hanisak, M. "Deep-water rhodolith distribution, productivity, and growth history at sites of formation and
Diane_S._Littler
Collection of viruses in an organism or ecosystem
Holobionts Plant holobiont Marine holobiont coral crab seagrass sponge rhodolith Hologenomics hologenome evolution Viromes Bat Human Mangrove Viriome Virosphere
Virome
Group of 105 islands in southern Western Australia
of sponge, sea grasses, and soft corals. A coral-like algae species, rhodoliths, form beds which support marine species of spiders, snails, and worms
Recherche_Archipelago
Any life form too small for the naked human eye to see that lives in a marine environment
holobiont Sponge holobiont Seagrass holobiont Climate change and the rhodolith holobiont Marine microorganisms play central roles in the marine food
Marine_microorganisms
Plant surfaces as habitats for microorganisms
Holobionts Plant holobiont Marine holobiont coral crab seagrass sponge rhodolith Hologenomics hologenome evolution Viromes Bat Human Mangrove Viriome Virosphere
Phyllosphere
bioclastic, which are rich in calcium carbonate and composed of sand, gravel, rhodoliths and carbonate concretions. Siliciclastic aggregates are extracted at depths
Continental_shelf_of_Brazil
Island in Western Australia
vermetulid worms (vermetuliths); red crustose coralline green growth (rhodolith); or bryozoans (bryoliths). Some sources state that Baudin discovered
Adele Island (Western Australia)
Adele_Island_(Western_Australia)
Sedimentary body with topographic relief composed of autochthonous calcareous deposits
by the in situ accumulation of gravel-sized carbonate grains (e.g., rhodoliths) only episodically moved by currents. Carbonate production occurs along
Carbonate_platform
E.; Assis, J. (10 January 2020). "Brazil oil spill response: Protect rhodolith beds". Science. 367 (6474): 156. Bibcode:2020Sci...367..156N. doi:10.1126/science
2019 Northeast Brazil oil spill
2019_Northeast_Brazil_oil_spill
Shell formation mechanism
Bruce E.; Fredericq, Suzanne (2017-04-03). "Eukaryotic Life Inhabits Rhodolith-forming Coralline Algae (Hapalidiales, Rhodophyta), Remarkable Marine
Marine_biogenic_calcification
Microbe community of plant roots
Holobionts Plant holobiont Marine holobiont coral crab seagrass sponge rhodolith Hologenomics hologenome evolution Viromes Bat Human Mangrove Viriome Virosphere
Root_microbiome
Mode of reproduction in sea anemones
in anemones attached to unstable substrata, both oceanic sediment and Rhodoliths. This behavior may help clonal populations respond to the movements of
Pedal_laceration
Microscale mucus region that is rich in organic matter surrounding a phytoplankton cel
Holobionts Plant holobiont Marine holobiont coral crab seagrass sponge rhodolith Hologenomics hologenome evolution Viromes Bat Human Mangrove Viriome Virosphere
Phycosphere
Holobionts Plant holobiont Marine holobiont coral crab seagrass sponge rhodolith Hologenomics hologenome evolution Viromes Bat Human Mangrove Viriome Virosphere
Plant_holobiont
Marine ecosystem
on fore-reef slopes adjacent to shallow-water coral reefs, deep-water rhodolith beds, and on isolated offshore banks on the continental shelf. North Coast
Mesophotic_coral_reef
Thompson CC, Edwards MS, Dinsdale EA, Thompson FL (September 2018). "Rhodoliths holobionts in a changing ocean: host-microbes interactions mediate coralline
Marine_holobiont
Serrão, E.; Assis, J. (2020-01-10). "Brazil oil spill response: Protect rhodolith beds". Science. 367 (6474): 156. Bibcode:2020Sci...367..156N. doi:10.1126/science
Environmental issues in Brazil
Environmental_issues_in_Brazil
Species of cartilaginous fish
though it can also be found over rubble bottoms, rocky terrain, and rhodolith beds. Like the rest of its family, the ocellated electric ray can defend
Ocellated_electric_ray
Group of islands in the Hauraki Gulf near Auckland, New Zealand
years. The soft seafloor around the Noises is notable for the presence of rhodoliths or coralline algae, as well as dog cockles (Tucetona laticostata), whose
The_Noises
Guyot in the Pacific Ocean
foraminifera lived on the MIT Guyot platform, the former were the source of rhodoliths. The algae are warm water shallow sea genera, reflecting warm waters at
MIT_Guyot
Community of microorganisms found in or around specific marine environments
holobiont Seagrass holobiont Sponge holobiont Climate change and the rhodolith holobiont Apprill, A. (2017) "Marine animal microbiomes: toward understanding
Marine_microbiome
Guyot in the Marshall Islands northwest of the smaller Pikinni Atoll
(corallinaceans, peyseonneliaceans and solenoporaceans); some algae formed rhodoliths. In addition there were bivalves (inoceramids and pycnodonts), bryozoans
Wōdejebato
Woelkerling (Cape Buffon, South Australia, and around Tasmania.) Large-lobe rhodolith Sporolithon durum (Foslie) Townsend & Woelkerling (Rottnest Island, Western
List of seaweeds and marine flowering plants of Australia (temperate waters)
List_of_seaweeds_and_marine_flowering_plants_of_Australia_(temperate_waters)
Group of communities of microorganisms that reside within whales
Holobionts Plant holobiont Marine holobiont coral crab seagrass sponge rhodolith Hologenomics hologenome evolution Viromes Bat Human Mangrove Viriome Virosphere
Cetacean_microbiome
Marine scientist
Clathromorphum nereostratum, limestone reefs. She helped discover a new habitat of rhodolith. Konar, Brenda; Estes, James A. (2003). "The Stability of Boundary Regions
Brenda_Konar
Assembly of microorganisms near plants
Holobionts Plant holobiont Marine holobiont coral crab seagrass sponge rhodolith Hologenomics hologenome evolution Viromes Bat Human Mangrove Viriome Virosphere
Plant_microbiome
Species of fish
California is defined by its reefs with large boulders, small boulders, rhodoliths, black corals, and walls that drop down into the sea floor. The king angelfish
Holacanthus_passer
Holobionts Plant holobiont Marine holobiont coral crab seagrass sponge rhodolith Hologenomics hologenome evolution Viromes Bat Human Mangrove Viriome Virosphere
Marine_microbial_symbiosis
Brazil's territorial sea, EEZ and continental shelf
part of the Abrolhos Bank and, in the South, deep-water coral reefs, rhodolith beds and mobile bottom benthic communities. The most serious overlap between
Brazilian jurisdictional waters
Brazilian_jurisdictional_waters
Tropical marine ecoregion
includes the largest known continuous rhodolith bed in the world, with an estimated area of 20,900 km2. Rhodoliths are calcareous nodules created by Coralline
Eastern Brazil marine ecoregion
Eastern_Brazil_marine_ecoregion
Cretaceous-Paleocene guyot in the Marshall Islands
Limalok were red algae that occupied many ecological niches and formed rhodoliths. Other lifeforms were bivalves, bryozoans, corals, echinoderms, echinoids
Limalok
Seamount in Samoa, northwest of Rotuma
are still alive and form pinnacles on the surface of the bank. Algal rhodoliths and stromatoliths have been found on Alexa as well. The Japanese snake
Alexa_Bank
during the Permian-Triassic transition. A study on the fossil material of rhodolith-forming coralline red algae from the Miocene Long Formation from the Little
2023_in_paleontology
Genus of bivalves
(2020). "Boring bivalve traces in modern reef and deeper water macroid and rhodolith beds". Progress in Earth and Planetary Science. 7 (41). Bibcode:2020PEPS
Gastrochaena
Genus of algae
Pereira, Sonia; Lotufo, Tito; Peres, Letícia; Sissini, Marina (2016). "Rhodoliths in Brazil: Current knowledge and potential impacts of climate change"
Peyssonnelia
Genus of algae
3 m up to 125 m, where they grow upon rocks, shells, coralline algae, rhodoliths, and reefs. As an alga capable of photosynthesizing, similar to closely
Umbraulva
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