Fotos / Sonidos

Square

Observ.

plingfactory

Fecha

Febrero 28, 2014 08:34 PM CET

Descripción

the only Philodina species with appendages on the 1st foot pseudosegment; see here:
http://www.plingfactory.de/Science/Atlas/KennkartenTiere/Rotifers/01RotEng/source/Philodina%20childi.html

Fotos / Sonidos

Qué

Tomillo de Agua del Viejo Mundo Hydrilla verticillata

Observ.

mjwarman

Fecha

Septiembre 24, 2018 10:32 AM EDT

Descripción

Planet Earth
Medina Co. Ohio

Taken at a depth of ~7 feet, this man-made pond bottom is colonized by the highly-invasive aquatic plant Hydrilla verticillata.

The infestation is dense, 90-95% dominated by hydrilla. Plants have been recorded at lengths over 25 feet! This pond is an example of hydrilla's ability to out-compete native plant life.

A GoPro lowered on our sampling rake toss apparatus captured this photo. Eric Hewitt is the photographer.

Fotos / Sonidos

Observ.

vicentefranch

Fecha

Octubre 14, 2020 11:08 AM CEST

Descripción

Podría tratarse de "Philasterides dicentrarchi", pero el tamaño es menor del reseñado para la especie. Por el tamaño podría ser "Uronema", un género muy parecido.
Se encontraba en aguas salinas, dentro de la masa mucilaginosa que envolvía los huevos del chironómido de la observación https://www.inaturalist.org/observations/62717583.

Fotos / Sonidos

Observ.

vicentefranch

Fecha

Octubre 14, 2020 10:58 AM CEST

Descripción

Podrías ser C. auranticus. Son los filamentos situados entre las bacterias ovaladas de Aphanothece halophytica. Ver https://www.inaturalist.org/observations/62715884
En una corriente de aguas hipersalinas procedentes de una región con fuentes termales. Temperatura del agua 25ºC.

Fotos / Sonidos

Qué

Mosquitos Enanos Familia Chironomidae

Observ.

vicentefranch

Fecha

Octubre 14, 2020 10:53 AM CEST

Descripción

Aguas salinas. Puesta de huevos de chironómidos. Formaban una masa gelatinosa alargada.

Fotos / Sonidos

Qué

Algas Verdes Filo Chlorophyta

Observ.

kitkestrel

Fecha

Septiembre 23, 2020 06:40 PM EDT

Descripción

Found in the surface layer of an unopened pool that has been a pond for several years. The bottom has a good layer of leaf litter, the top has scattered duckweed and watermeal. The water is fairly cold, and very clean.

Fotos / Sonidos

Observ.

zookanthos

Fecha

Agosto 31, 2020 09:12 AM MDT

Descripción

Found on the surface of Hydra viridissima (https://www.inaturalist.org/observations/59045337). Their tops appeared to make a whirling motion reminiscent of rotifers or vorticella when I viewed them in dark field, but in bright field it looked like only the bottom parts were moving, and only slightly at that. They also appeared to be crawling on the surface of the hydra under darkfield, but when I switched to BF they seemed stationary. This could possibly be because the slide was starting to dry up by then instead of an illusion.

Fotos / Sonidos

Square

Observ.

maticus

Fecha

Septiembre 2, 2020 03:47 AM MDT

Fotos / Sonidos

Observ.

vicentefranch

Fecha

Julio 23, 2020 12:22 PM CEST

Descripción

Aguas salobres.
Varios ejemplares observados a lo largo de varias semanas.

Fotos / Sonidos

Observ.

radialord

Fecha

Agosto 30, 2020

Descripción

would like some help identifying this

Fotos / Sonidos

Observ.

vicentefranch

Fecha

Julio 12, 2020 12:06 PM CEST

Descripción

Brackish water.
On "Lyngbya aestuarii".
AlgaeBase say that it is a freshwater species (?)

Fotos / Sonidos

Square

Observ.

zookanthos

Fecha

Agosto 24, 2020

Fotos / Sonidos

Observ.

vicentefranch

Fecha

Julio 10, 2020 01:48 PM CEST

Descripción

Brackish water.
Several specimens. Eggs, larva, adults.
When two or three are united, are they copulating?
Could be Fam. Ameiridae

Fotos / Sonidos

Observ.

vicentefranch

Fecha

Junio 27, 2020 10:51 AM CEST

Descripción

Brackish.

Fotos / Sonidos

Observ.

vicentefranch

Fecha

Junio 18, 2020 01:06 PM CEST

Descripción

Mayorella ha capturado un ejemplar de "Lecane pyriformis" ante la mirada de una Colurella. El proceso de egestión fue complicado: duró más de media hora.

Fotos / Sonidos

Observ.

vicentefranch

Fecha

Junio 17, 2020 11:02 AM CEST

Descripción

Numerosas observaciones durante los meses de junio y julio a partir de la muestra tomada en una laguna salada.
Además de distintas imágenes de hembras, se incluyen las de un macho, huevos con una espécimen recién eclosionado y dos imágenes del trophi tras el tratamiento con lejía: una de visión ventral y otra frontal.

Fotos / Sonidos

Qué

Mariquita Harmonia axyridis

Observ.

maticus

Fecha

Agosto 4, 2020 09:34 PM MDT

Fotos / Sonidos

Observ.

damontighe

Fecha

Mayo 4, 2019 04:51 PM PDT

Fotos / Sonidos

Qué

Algo...

Observ.

zookanthos

Fecha

Julio 26, 2020

Descripción

Looked like it was either eating diatom plastids or had them stuck to it.

Etiquetas

Fotos / Sonidos

Square

Qué

Hormigas Cosechadoras Género Pogonomyrmex

Observ.

maticus

Fecha

Agosto 4, 2020 09:13 PM MDT

Fotos / Sonidos

Observ.

vicentefranch

Fecha

Junio 17, 2020 09:36 AM CEST

Fotos / Sonidos

Observ.

vicentefranch

Fecha

Junio 15, 2020 01:01 PM CEST

Descripción

Several specimens at same
magnification.
Two flagella.
Can arrive to 30 um after a hearty meal of scenedesmus cells.

Fotos / Sonidos

Square

Qué

Algas Verdes Género Caulerpa

Observ.

djscho

Fecha

Julio 17, 2020

Fotos / Sonidos

Observ.

pierrenoel

Fecha

Julio 10, 2020

Descripción

A) 6 spécimens (morphologie + cytologie).
B) Site de collection.

Fotos / Sonidos

Observ.

zookanthos

Fecha

Abril 25, 2020

Fotos / Sonidos

Qué

Moscas Negras Familia Simuliidae

Observ.

passiflora4

Fecha

Abril 24, 2020 03:56 PM PDT

Descripción

About 5mm, on pond filter.

Fotos / Sonidos

Observ.

lamamark

Fecha

Julio 14, 2005 07:06 PM MST

Descripción

Stephanopyxis turris (Greville) Ralfs ex Pritchard 1861

Class: Coscinodiscophyceae, Order: Stephanopyxales, Family: Stephanopyxidaceae, Genus: Stephanopyxis (Eupyxidicula).

S. turris is considered to be a synonym of Eupyxidicula turris (Greville) S. Blanco & C.E.Wetzel 2016: 197 (Blanco 2016). According to Algabase E. turris is accepted taxonomically (Guiry et al. 2020).

Images of Stephanopyxis turris (Eupyxidicula turris) from Trincomali Channel, (TC), Spanish Hills wharf, North Galiano Isl., Southern Gulf Islands, British Columbia, Canada.

Girdle views. Light microscope (LM) image of live cells in a chain [Image: 1] and developed resting spores [Images: 2, 3]. Scanning electron microscope images (SEM) of this chain forming diatom [Image: 4]. A diameter range of 10-115 µm. S. turris cells are described as cylindrical, spherical to hemispherical and have an indistinct transition from valve to mantle. S. turris has similar sized, large hexagonal, honeycomb like areolae on the whole valve Images: 5, 6. Valve and mantle areolae reported as 3.5-5 in 10 µm (Hasle et al. 1997).

Cells joined midway by labiate processes [Images: 1, 2, 4, 5, 6, 7, 11], whereas S. nipponica has continuous processes between cells. Two rings of labiate processes: a) one ring at the junction of the valve face and mantle, with long processes joining halfway between cells [Images: 1, 2, 5, 6, 11] and b) second ring may be hard to discern, but is found at the valve margin in the marginal row of hexagonal areolae Images: 8. S. palmeriana has areolae large on the valve face to small on the valve mantle (Hasle et al. 1997, Jameson et al. 2010). Variable number of girdle bands [Image: 5, 8]. Numerous large chloroplasts Image: 1.

A moderately common neritic marine diatom found in sub-tropical and temperate marine waters (Hoppenrath et al. 2010). Only four extant species are known worldwide: S. turris, S. nipponica, S. palmeriana and S. orbiculares (Ferrario, et al. 2012). Shim (1976) and Waters et al. (1976) in surveys of diatoms of the Georgia Straight and Esquimalt Lagoon near Victoria, B.C. report only finding Stephanopyxis nipponica. S. nipponica has been reported by Riznyk (1973) for the Yaquina Estuary, Oregon. Tynni (1986) found S. turris in Puget Sound and long Beach on the Coast of Washington. Cupp (1941) reported S. turris, S. palmeriana and S. nipponica along the West Coast of North America. Phyto’pedia shows images S. turris collected from Jericho Beach, English Bay, Vancouver.

Methods: Specimens collected with a 60 µm mesh plankton net from Spanish Hills wharf, North Galiano Isl., Southern Gulf Islands, British Columbia, Canada, July 14, 2005. LM images taken with a Swift portable FM 31 inverted microscope and Nikon Coolpix 4500 camera. Cells were not cleaned of organic matter for the SEM images: a) cells preserved with a final concentration of 2.5% Glutaraldehyde, b) washed in distilled water to remove salts, c) an Ethyl alcohol series from 50-100%, d) pipetted onto an aluminium SEM stub with a carbon sticky, e) dried in a 60 degree oven and f) sputter coated with 5 nm gold. Hitachi S-4700 FESEM, UBC BioImaging Facility. Thank you Elaine Humphrey and Derrick Horne for SEM assistance. And thanks go to Alice Chang of UBC for reviewing and making suggestions to this description and observations.

Observations on Trincomali Channel samples and notes on diagnostic features:

Areolae: The TC sample has areolae ranging from 1.8-3.2 µm diameter and 3.5-4 areolae in 10 µm. With some exceptions, there is a slight overall increase in areolae size from mantle to valve tip.

Valve rimoportulae: There appear to be occasional rimoportulae inside the areolae on the valve face that are not at the valve mantle margin [Image: 7]; this is a third location of rimoportulae, unreported in the literature and requires further investigation, especially of the internal valve surface.

The well described two labiate (rimoportulae) processes (Hasle et al. 1997, Ferrario et al. 2012) were found at 1) the margin of the valve face and mantle Image: 8 and 2) the tubular linking or half tubular strutted processes that join midway between adjacent cells Images 5, 6, 7, 11. In a number of papers the cell linking processes are variously termed; spines (Cupp 1943, Sancetta 1982, quoting Hustedt 1930), tubular processes (sometimes half tubular) (Round et al. 1990), labiate processes (Hasle et al. 1997, Horner 2002, Jameson et al. 2010) and linking rimoportulae (Ferrario et al. 2012). We do not have SEM images from the TC samples of the inside of the valve to determine that the processes are rimoportulae that have an opening in the shape of a pair of lips (labiate).

Occurrence: In May 2020 TC samples, no S. turris cells were observed. However occasional S. nipponica chains constitute a small percentage of each weekly sample.

Images:

Image 1: LM image of Stephanopyxis turris, girdle view. Non-fixed environmental sample. Imaging on July 14, 2005 with a Swift portable FM 31 inverted microscope and Nikon Coolpix 4500 camera.

Image 2: LM image of Stephanopyxis turris, girdle view, developing resting spores. Non-fixed, environmental sample. Imaging on July 14, 2005 with a Swift portable FM 31 inverted microscope and Nikon Coolpix 4500 camera.

Image 3: LM image of Stephanopyxis turris, girdle view, developing resting spores. Non-fixed, environmental sample. Imaging on July 14, 2005 with a Swift portable FM 31 inverted microscope and Nikon Coolpix 4500 camera.

Image 4: SEM image. Girdle view of Stephanopyxis turris chain of dividing cells. Hitachi S-4700 FESEM.

Image 5: SEM image. Girdle view of Stephanopyxis turris chain of cells. White arrows indicate: a) girdle bands, b) distinct fusion line of external half tubular process between cells and c) hexagonal areolae with generally even sizes throughout valve face. Hitachi S-4700 FESEM.

Image 6: SEM image. Girdle view of Stephanopyxis turris. Hitachi S-4700 FESEM.

Image 7: SEM image. Girdle view of Stephanopyxis turris. Larger white arrow shows the distinct fusion line of the external half tubular process between cells. Smaller arrows show possible rimoportulae inside the valve areolae. Hitachi S-4700 FESEM.

Image 8: SEM image. Girdle view of Stephanopyxis turris. White arrows indicate: a) labiate processes at the valve face and mantle, and b) cingulum with girdle bands. Hitachi S-4700 FESEM.

Image 10: SEM image. Girdle view of Stephanopyxis turris. White arrows indicate: a) areolae with large apertures, and b) multiple poroids within the areolae (Round et al. 1990: p. 158-159). Hitachi S-4700 FESEM.

Image 11: SEM image. Girdle view of Stephanopyxis turris. White arrows indicate: a) distinct fusion line of external half tubular process midway between cells and b) half tubular processes. Hitachi S-4700 FESEM.

References:

Blanco, S. & C.E.Wetzel, C.E. (2016). Replacement names for botanical taxa involving algal genera. Phytotaxa 266(3): 195-205.

Cupp, E. E. (1943). Marine Plankton Diatoms of the West Coast of North America. Bull. Scrips. Inst. Oceanography. 5: 1-238.

Ferrario, M.E., G.O. Almandoz, A.O. Cefarelli, E. Fabro & M. Vernet (2012). Stephanopyxis species (Bacillariophyceae) from shelf and slope waters of the Argentinean Sea: Ultrastructure and distribution. – Nova Hedwigia 96: 249–263.

Hasle, G.R. & Syvertsen, E.E. (1997). Marine Diatoms. In: Identifying Marine Phytoplankton. (Tomas, C.R. Eds), pp. 90-93. San Diego: Academic Press.

Horner, R. A. 2002. A Taxonomic Guide To Some Common Phytoplankton. Biopress Limited, Dorset Press, Dorchester, UK.

Guiry, M.D. & Guiy, G.M. 2020, AlgaeBase version 4.2. World-wide electronic publication, National University of Ireland, http://algaebase.org, searched May 6, 2020.

Hoppenrath, M., Elbrächter, M. & Drebes, G. (2009). Marine phytoplankton Selected microphytoplankton species from the North Sea around Helgoland and Sylt. pp. [1]-264, figs 1-87. Stuttgart: E. Schweizerbart'sche Verlagsbuchhandlung.

Jameson, I. & Hallegraeff, G.M. (2010). Planktonic diatoms. In: Algae of Australia. Phytoplankton of temperate waters. (Hallegraeff, G.M., Bolch, C.J.S., Hill, D.R.A., Jameson, I, LeRoi, J.-M., McMinn, A., Murray, S., de Salas, M.F. & Saunders, K. Eds), pp. 16-82. Canberra & Melbourne: ABRS; CSIRO Publishing.

Lee, H. J. (2015). Algal Flora of Korea. Marine Diatoms IV. National Institute of Biological Resources, Ministry of Environment. Vol. 3, Number 14. pp. 61-62.

Phyto'pedia - The Phytoplankton Encyclopaedia Project, UBC Department of Earth, Ocean and Atmospheric Sciences: https://www.eoas.ubc.ca/research/phytoplankton/diatoms/centric/stephanopyxis/s_turris.html Accessed May 6, 2020.

Rao, V.N.R. and Levin, J. (1976). Benthic marine diatom flora of False Bay, San Juan Island, Washington. Syesis, 9:173–213.

Tynni, R. (1986). Observations of diatoms on the coast of the state of Washington. Geological Survey of Finland, Report of Investigation 75.

Round, F.E.,Crawford, R.M. & Mann, D.G. (1990), The Diatoms, Biology & Morphology of the Genera. Cambridge University Press, Cambridge, UK.

Shim, J. H. (1976). Distribution and Taxonomy of Planktonic Marine Diatoms in the Strait of Georgia, B.C. Phd. Thesis, UBC. P. 140. P. 225a: Plate IV.; fig 1.

Waters, RE, LN Brown, and MG Robinson. (1992).  Phytoplankton of Esquimalt Lagoon, British Columbia: comparison with west Vancouver Island coastal and offshore waters. Canadian Technical Report of Hydrography Ocean Sciences 137. 

Fotos / Sonidos

Observ.

dprasad

Fecha

Abril 24, 2020

Fotos / Sonidos

Observ.

vicentefranch

Fecha

Marzo 16, 2020 01:01 PM CET

Descripción

Nuevo ejemplar en la misma muestra que el anterior.

Fotos / Sonidos

Observ.

vicentefranch

Fecha

Marzo 6, 2020 06:13 PM CET

Descripción

Cyclomonas Fromentel, 1874. Especie única "C. distortum". Flagelado de posición taxonómica incierta. https://eol.org/pages/51595377/articles

Fotos / Sonidos

Square

Observ.

bdstaylor

Fecha

Abril 6, 2020 08:40 PM EDT

Descripción

A ciliate that resembles an Easter egg. This one was found in a natural pond intermittently connected to the Gatineau river by a culvert.

The colourful cytoplasm consists mainly of food vacuoles containing cyanobacteria in various phases of digestion. The cytostome (cell mouth) is supported by a cytopharyngeal basket composed of stiff microtubular rods (at the anterior right, from cell's perspective). The cell has numerous spindle-shaped trichocysts, visible here as short black lines.

Fungi

Fotos / Sonidos

Qué

Hongos Reino Fungi

Observ.

zookanthos

Fecha

Marzo 24, 2020

Fotos / Sonidos

Observ.

vicentefranch

Fecha

Febrero 1, 2020 11:18 AM CET

Descripción

Zoospora de Cladophora. Sus cloroplastos son idénticos a los de las células normales.

Fotos / Sonidos

Observ.

andyfyon

Fecha

Julio 7, 2019 11:01 AM EDT

Descripción

Edited: Thiohalocapsa halophila
(a member of Purple Sulfur Bacteria Order Chromatiales), magenta bacteria, I initially suggested Lamprocystis purpurea, alkali lake, Takhini alkali salt flats, YK, July 7/19. Txs @jozien for visit to this part of the Takhini alkali flats.

Fotos / Sonidos

Observ.

vicentefranch

Fecha

Marzo 3, 2020 09:58 AM CET

Descripción

Muestra con restos orgánicos en descomposición observada después de varios días de conservación. Célula en división.

Fotos / Sonidos

Square

Observ.

djpmapfer

Fecha

Falta la fecha

Descripción

Small creeping bodonid flagellate. Found around the world and in more or less any aquatic habitat.The mouth is the 'nose' which is moved by the short anterior flagellym that is attached to it. The posterior flagellum is acronematic, that is the last part is thinner than the remainder

Fotos / Sonidos

Square

Qué

Ciliados Filo Ciliophora

Observ.

camaffei

Fecha

Febrero 13, 2020 10:24 AM CST

Fotos / Sonidos

Qué

Vida Vida

Observ.

zookanthos

Fecha

Febrero 15, 2020

Descripción

From a puddle near the shore of the South Arm of Great Salt Lake.

Fotos / Sonidos

Observ.

djpmapfer

Fecha

Octubre 10, 2003

Descripción

Often attaches by tip of posterior flagellum and has a distinctive kicking or bouncing movement. Genus was narrowed around this species, most other accepted species went to the related Neobodo.

Fotos / Sonidos

Qué

Ciliados Filo Ciliophora

Observ.

zookanthos

Fecha

Enero 8, 2020

Descripción

Appeared to flicker when looking at it through eyepiece, but camera did not capture any hint of this. I've never seen anything flicker like this before. My scope is broke so switching to a higher magnification requires unscrewing lenses and just wasn't practical. Didn't see this again when sweeping across slide at higher magnification.

Fotos / Sonidos

Qué

Esperanza de Alas Angulares Mayor Microcentrum rhombifolium

Observ.

izzycram

Fecha

Octubre 1, 2019 04:09 PM MDT

Descripción

Does anyone know what came out of it’s head? (I laid it to rest off the sidewalk)

Fotos / Sonidos

Square

Qué

Kelp Gigante Macrocystis pyrifera

Observ.

upspurdog

Fecha

Junio 8, 2019 10:30 AM PDT

Fotos / Sonidos

Observ.

georgeg

Fecha

Agosto 10, 2019 04:19 PM BST

Descripción

In a wet wood on soil, wood and rotting debris. No picture taken of the plants in situ so I added one from another time. Leaves mostly symmetrical with non-overlapping cells. P. succulentum has overlapping, narrower cells while P. denticulatum has much more obviously asymmetrical leaves.

Fotos / Sonidos

Square

Observ.

heatherthehawk

Fecha

Julio 10, 2013 12:26 PM EDT

Descripción

zooplankton photomicrograph

Fotos / Sonidos

Square

Qué

Mosquitos Enanos Familia Chironomidae

Observ.

punchypariah

Fecha

Mayo 23, 2019 06:23 PM CEST

Descripción

Caught loosely in a web against the leaf and covered in mites of some kind.

Fotos / Sonidos

Observ.

dloarie

Fecha

Septiembre 27, 2015

Fotos / Sonidos

Observ.

zookanthos

Fecha

Mayo 26, 2019 04:00 PM MDT

Fotos / Sonidos

Observ.

jozien

Fecha

Junio 2, 2019 12:51 PM PDT

Fotos / Sonidos

Square

Qué

Boa Enana Charina bottae

Observ.

wasatch_hunter

Fecha

Junio 15, 2016 10:44 PM MDT

Lugar

Utah, US (Google, OSM)

Fotos / Sonidos

Square

Observ.

zookanthos

Fecha

Abril 18, 2019

Descripción

This was slowing moving.

Fotos / Sonidos

Qué

Musgos Verdaderos Clase Bryopsida

Observ.

donut_warfare

Fecha

Febrero 5, 2019 02:10 PM EST

Descripción

A common Bryum found in a sidewalk.

Plants

Fotos / Sonidos

Square

Qué

Plantas Reino Plantae

Observ.

jay

Fecha

Junio 29, 2017 10:46 AM MDT

Fotos / Sonidos

Observ.

dnordin

Fecha

Enero 31, 2019 02:16 PM PST

Descripción

The mosses are scrumptious right now. This log had some beautiful examples of antheridia forming.

Fotos / Sonidos

Square

Observ.

leithallb

Fecha

Mayo 31, 2018 04:59 PM AEST

Descripción

8038

Fotos / Sonidos

Qué

Musgos, Hepáticas Y Parientes Filo Bryophyta

Observ.

nadaci

Fecha

Noviembre 28, 2018

Fotos / Sonidos

Square

Qué

Musgos, Hepáticas Y Parientes Filo Bryophyta

Fecha

Octubre 6, 2018

Descripción

CERRO AZUL

Fotos / Sonidos

Observ.

treegrow

Fecha

Septiembre 9, 2018 09:11 PM EDT

Fotos / Sonidos

Observ.

atur

Fecha

Diciembre 25, 2017 07:00 PM CET

Fotos / Sonidos

Qué

Musgos, Hepáticas Y Parientes Filo Bryophyta

Observ.

atlnature

Fecha

Marzo 10, 2018 11:50 AM EST

Etiquetas

Fotos / Sonidos

Square

Observ.

mikey_crikey

Fecha

Septiembre 15, 2018 01:43 PM NZST

Fotos / Sonidos

Square

Observ.

klips

Fecha

Agosto 18, 2018

Descripción

This distinctive carpet moss seen at the base of a tree in a sandy savanna in Lucas County is Entodon seductrix. The leaves are shiny, and arranged so that they collectively surround the stem, making it "julaceous," i.e., round in cross-section, resembling a cat's tail.

Fotos / Sonidos

Square

Observ.

aaroncarlson

Fecha

Abril 30, 2018 12:34 PM CDT

Descripción

dry hill prairie, on soil

Fotos / Sonidos

Square

Qué

Musgos Verdaderos Clase Bryopsida

Observ.

scottking

Fecha

Marzo 14, 2016 02:49 PM CDT

Descripción

Moss growing on a baseball,
found in the woods just beyond the homerun fence...
St Olaf Natural Lands
Northfield, Minnesota

Fotos / Sonidos

Square

Qué

Musgos, Hepáticas Y Parientes Filo Bryophyta

Observ.

zyzzy32

Fecha

Diciembre 27, 2017 11:22 AM CST

Fotos / Sonidos

Observ.

lemonsnapp

Fecha

Junio 13, 2018 12:40 PM EDT

Fotos / Sonidos

Observ.

jozien

Fecha

Mayo 12, 2018 02:21 PM PDT

Fotos / Sonidos

Square

Observ.

bouteloua

Fecha

Abril 13, 2018 12:47 PM CDT

Fotos / Sonidos

Observ.

slively

Fecha

Abril 13, 2018 05:15 PM CDT

Fotos / Sonidos

Qué

Musgos Verdaderos Clase Bryopsida

Observ.

nanofishology

Fecha

Agosto 24, 2010 02:14 PM CDT

Fotos / Sonidos

Observ.

thesciencecamel

Fecha

Marzo 23, 2018 11:33 PM EDT

Fotos / Sonidos

Square

Fecha

Agosto 11, 2012

Fotos / Sonidos

Qué

Musgos Verdaderos Clase Bryopsida

Observ.

sunnetchan

Fecha

Agosto 19, 2017 05:24 PM HKT

Fotos / Sonidos

Square

Observ.

epitree

Fecha

Agosto 13, 2017 01:56 PM NZST