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henriqueraupp

Ημερομηνία

Νοέμβριος 8, 2023 02:56 ΜΜ -03

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Algae and microalgae observed in the subject "Biology of Continental Microalgae", offered by the Postgraduate Program in Biology of Continental Aquatic Environments at the Federal University of Rio Grande - FURG (https://ppgbac.furg.br/).
Suggestions of any taxonomic level and comments will be very welcome!

Algas e microalgas observadas na disciplina de "Biologia de Microalgas Continentais", ofertada pelo Programa de Pós-Graduação em Biologia de Ambientes Aquáticos Continentais da Universidade Federal do Rio Grande - FURG (https://ppgbac.furg.br/).
Sugestões de qualquer nível taxonômico e comentários serão muito bem recebidos!

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asterochloris

Ημερομηνία

Οκτώβριος 29, 2023 01:00 ΠΜ CEST

Τόπος

Spalena Borkovna (Google, OSM)

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kenzieb87

Ημερομηνία

Αύγουστος 15, 2023 03:54 ΜΜ EDT

Τόπος

Hilliard, OH, USA (Google, OSM)

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mnold1

Ημερομηνία

Ιούλιος 31, 2023 04:04 ΜΜ EDT

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Mag. 400x

  • A pond-side water sample was taken on 07/31/2023 using a 10µ dip net to enrich for microbes. Air temp. 75°F.

Large Cosmarium (135µ L x 85µ W; isthmus = 28µ). First encounter with this taxon. It is almost as large as the C. ovale specimens collected here; making it the 2nd largest Cosmarium I've collected at this location. Its sinus is wide open ending in a U-shape at the isthmus. The isthmus is 28µ wide and ~7µ long. The semi-cells appear filled with a collection of small spheres, ~10µ in diameter (pyrenoids?). The cell surface is punctate, I think that is the correct term. It is similar in shape, but much larger than C. contractum. The closest match I can find is C. permalactum http://www.vangeest.com/Cosmarium_permaculatum.html, though I could find little information on this taxon.

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cherishwilliams

Ημερομηνία

Σεπτέμβριος 26, 2019 05:21 ΜΜ CDT

Τόπος

Austin, TX, USA (Google, OSM)

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This was observed from a still pond.

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polarblairx

Ημερομηνία

Ιούνιος 21, 2023 09:09 ΜΜ EDT

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growing as a carpet-like film on a piece of thin plastic, pictured is a fragment of the larger algal carpet

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naturalista_aquitileanus

Ημερομηνία

Ιούνιος 24, 2023 12:24 ΜΜ MSK

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douch

Ημερομηνία

Ιούνιος 4, 2023 09:34 ΠΜ AEST

Περιγραφή

Bright-field microscopy. Slow motility, then apparently dying after several minutes. Within body of Coptotermes sp. (https://www.inaturalist.org/observations/164761576).

Image 1: large ciliated cell, upper focal plane
Image 2: large ciliated cell, lower focal plane
Image 3: smaller ciliated cells with varying shapes

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vulcanochloris

Ημερομηνία

Απρίλιος 25, 2023 03:01 ΜΜ CEST

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geraldojpr

Ημερομηνία

Αύγουστος 25, 2022 07:36 ΠΜ -03

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Mateola is an endemic desmid genus from the Tropical region of American continent

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mnold1

Ημερομηνία

Μάιος 8, 2023 04:35 ΜΜ EDT

Τόπος

Ledyard, CT, USA (Google, OSM)

Περιγραφή

Mag. 400x
Filled with Zoochlorellae, like Acanthocystis turfacea and A. pernardi, both found locally. However. this specimen is very different in that it is covered with loose, elliptical scales (5-10µ in length). I do not see any spine-scales. The long axipodea are very granular and are, occasionally, piled high from the base with elliptical scales (40-50µ high!). The elliptical scales form a disorganizes, 10µ thick layer enveloping the entire protoplasm. The best candidate (by my eye) for an ID, at Siemensma's Microworld, is Raphidocystis ambigua https://arcella.nl/raphidocystis-ambigua/. A 2nd possibility is R. symmetrica https://arcella.nl/raphidocystis-symmetrica/, but the current specimen is much larger than those recorded by Siemensma. No reference to Zoochrorella is made in describing either taxon. I could not find a match among the Acanthocystis.

  • A water sample was taken on 5/8/2023, from the shore of Lantern Hill Pond, using a 10µ dip net to enrich for microbes. Air temp. 73°F.

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woodillj

Ημερομηνία

Μάρτιος 31, 2023 01:15 ΜΜ PDT

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  • from freshwater pond sample, collected at shoreline
  • length: ≈ 40 µm
  • objective (x10): 600x
  • Images 3-5 are animated GIFs. Full video is on Vimeo. Speed is slowed 2X in the animated GIFs and video. Speed can be slowed still further in the Vimeo player.

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mnold1

Ημερομηνία

Μάιος 3, 2023 05:18 ΜΜ EDT

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Mag. 400x
3 specimens imaged at different focal lengths. I'm inferring a relationship among them; a maturation process seems likely. Plant? Protozoan? Insect? Is this a stalked egg, similar to that of a Lacewing, but much smaller? (...the aftermath of a microbial wine tasting party? :o)

  • A water sample was taken on 4/26/2023, from the shore of a Pine Swamp impoundment, using a 10µ dip net to enrich for microbes. Air temp. 58°F.

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Χλωρόφυτα (Συνομοταξία Chlorophyta)

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octopus818

Ημερομηνία

Αύγουστος 27, 2022 07:21 ΜΜ EDT

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sarah211

Ημερομηνία

Απρίλιος 10, 2022 10:48 ΜΜ EDT

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From a large vernal pool. 1000x

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mlankford

Ημερομηνία

Μάρτιος 18, 2023 08:21 ΜΜ EDT

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Freshwater pond

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peptolab

Ημερομηνία

Μάρτιος 11, 2023 02:43 ΜΜ EST

Περιγραφή

Hexamita species (thanks to Alastair Simpson and Ivan Čepička for the ID) A diplomonad flagellate measuring 9 um from the intertidal benthos of marine estuary Acabonac Harbor at Louse Point imaged in Nomarski DIC on Olympus BH2 under SPlan 40x objective plus variable phone cropping on Samsung Galaxy S9+.

It is difficult to pin down the species. In trying to do that, I accessed a number of texts from the late 1800's and early 1900's. In crudely trying to match pictures, strangely the closest match I could find to my observation was the genus Urophagus, which at that time used to be classified with the Hexamitidae but now is classified: Urophagus G.A.Klebs Heterokonta (Infrakingdom) Ochrophyta (Phylum) Ochrophyta incertae sedis (Subphylum) Urophagus (Genus). Species Urophagus caudatus Skuja, 1939 Species Urophagus rostratus (Stein) Klebs (uncertain). I include illustrations from those texts for interest and completeness but of course I go with the opinions of my expert friends.

Genus Hexamita Dujardin, 1838. Parent Hexamitidae Kent, 1880. Marine species: Hexamita capelani Lavier, 1936; Hexamita inflata Dujardin, 1841 ; Hexamita salmonis (Moore, 1923) Wenyon, 1926. Also two species transferred to Spitronucleus: Hexamita phycidis Lavier, 1936 accepted as Spironucleus phycidis (Lavier, 1936) (synonym) and Hexamita salpae Lavier, 1936 accepted as Spironucleus salpae (Lavier, 1936) (synonym).

"The diplomonads (suborder Diplomonadida, family Hexamitidae) are a group of aerotolerant anaerobic flagellates, which possess a double set of cellular organelles. Amongst the diplomonad genera are Hexamita, Giardia and Spironucleus]. Species of Hexamita are mostly free-living organisms that reside in anaerobic water sediments whereas the other taxa are almost exclusively parasites, which commonly inhabit the intestinal tract of mammals, birds, reptiles, amphibians and fish. Diplomonads are members of the super-group of protista defined by an asymmetric feeding groove excavated from one side and hence termed the “Excavata”. They are thus flagellated eukaryotes that are taxonomically related to the Parabasalids and Euglenozoa. Discussion still revolves about their ‘primitive status’, i.e., whether they are early-branching eukaryotes, or crown taxa. They are characterized by their possession of two haploid nuclei, each associated with four flagella. In Spironucleus spp. the paired nuclei taper anteriorly and are wrapped around each other at their apices, forming an S-shape when viewed in transverse section of the anterior end of the cell. In other diplomonads the exact shape and location of nuclei are diagnostic for genus" (1).

  1. Comparative biochemistry of Giardia, Hexamita and Spironucleus: Enigmatic diplomonads. David Lloyd, Catrin F. Williams. Molecular and Biochemical Parasitology. Volume 197, Issues 1–2, October 2014, Pages 43-49

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mnold1

Ημερομηνία

Φεβρουάριος 17, 2022 05:12 ΜΜ EST

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Mag. 400x
Colorless, behive-shaped coil. Initially thought the was a fragment of vorticelid stalk until I saw the septa. What do you think?

  • A pond edge water sample (freshwater) was taken on 2/9/2022 using a 10 micron dip net to enrich for microorganisms. Air temp. 41C. Sampling area was free of ice due the water flow through a nearby culvert.

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mnold1

Ημερομηνία

Φεβρουάριος 18, 2023 06:28 ΜΜ EST

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Mag. 400x
Brown filament with no transverse cell walls and no constrictions in the outer cell wall. ...And what are those dark spheres (in groups of 4?!?) inside the filament? Help!

  • A water sample was taken on 2/18/2023, from the shore of the brackish Stoddard's Cove, using a 10µ dip net to enrich for microbes. Air temp. 39°F.

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peptolab

Ημερομηνία

Φεβρουάριος 23, 2023 11:09 ΠΜ EST

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A freshwater telonemid flagellate.

A tiny flagellate from the northernmost edge benthos of the spring-fed freshwater coastal pond at Ocean Dunes Apartments in the Atlantic Double Dunes Reserve. The cell measures 10 um in length and has two flagella and a pyriform or teardrop shape. Thanks to Alastair Simpson who identified this as a telonemid species. Telonemia is a phylum of microscopic eukaryote, single-celled organisms. They were formerly classified as protists until that kingdom fell out of general use, and are suggested to have evolutionary significance in being a possible transitional form between ecologically important heterotrophic and photosynthetic species among chromalveolates (1).

Shalchian-Tabrizi et al 2006 provided the first "formal description of a new phylum, the Telonemia, phylum novum (ICZN). Phagotrophic and biflagellate protists of pyriform shape with flagella emerging on opposite sides of a short protruding antapical rostrum. A food vacuole may be located anteriorly at the stout end of cell, in front of centro-lateral large nucleus. Food uptake in depression in antero-ventral region. Characteristic band of vesicles is located laterally. Cell with tubulocristate mitochondria and with characteristic subcortical lamina of microtubuli supporting layers of microfilaments oriented slightly offset from a right angle to each other.In summary, on the basis of ultrastructure (i.e. tubular mitochondrial crista, peripheral vacuoles, tubular tripartite hairs and the complex cytoskeleton), we conclude that Telonema is distinct from all established protist phyla, and constitutes a deep eukaryotic lineage, here defined as a separate phylum, Telonemia, phylum novum (international code for zoological nomenclature, ICZN). The molecular trees confirm the distinctiveness of Telonemia, but also show affinity to some of the chromists" (2).

"Species of Telonemia are heterotrophic predators, feeding on a wide range of bacteria and pico- to nano-sized phytoplankton. They are globally distributed in marine waters and are frequently encountered in environmental clone libraries e.g. [34,38]. Telonemia are present throughout the year and are considered to play an important ecological role, as they have been found to dominate the heterotrophic protist community on certain occasions [37]. Very little is known about the life cycle and reproduction of Telonemia. Asexual reproduction occurs by cell division and the possible presence of cysts has been indicated by Vørs [39], but this is yet to be verified. Telonemia has also been reported from fresh water habitats. Tong et al. [40] identified a freshwater T. subtilis in an Antarctic lake, Sombre Lake, but it is unclear if this specimen is truly freshwater as the lake has been classified as maritime [41]. A survey of Finnish lakes recorded Telonema sp. on a number of occasions (Liisa Lepistö, personal communication). The ability to survive under low salinity conditions have also been shown in culture experiments done on T. subtilis from Norwegian coastal waters [42]. Although Telonemia has been observed at several occasions in freshwater, only a few 18S rDNA sequences appear to be related to the group [43]. Therefore, it is still unclear how large the diversity of Telonemia might be in these habitats and what phylogenetic relationship they have to marine species. It is also unclear whether Telonemia have colonized these habitats at one or several independent occasions, and if both the two major groups related to T. subtilis and T. antarcticum have been successfully established in freshwater" (3).

Telonemids were first found in marine biotopes and only two species have been studied morphologically. Bråte et al 2010, by using a Telonemia-specific PCR strategy, "identified a large and unknown diversity of (Telonemia) phylotypes and the first rigorous evidence for several freshwater species, altogether comprising 91 unique sequences. Phylogenies of these and publicly available sequences showed 20 statistically supported subclades as well as several solitary phylotypes with no clear phylogenetic affiliation. Most of these sub-clades were composed of phylotypes from different geographic regions"(3). They "identified two freshwater clades and a few solitary phylotypes, implying that Telonemia have colonized freshwater habitats and adapted to the different environmental and ecological conditions at independent occasions" (3).

The caption from the included Figure 4 from Shalchian-Tabrizi et al (2). Morphology and ultrastructure of Telonema. (a–c) Whole cell: (a) Telonema subtilis scanning electron micrograph from
natural sample (Gulf of Naples); (b) cultured T. antarcticum from the Oslofjord, showing cortical alveoli (grey arrow); (c) light
micrograph of cultured cell (RCC 404 from Roscoff ), fv, food vacuole.

The ultrastructure of Telonema allows a distinct ‘ultrastructural identity’ to be recognized. The subcortical lamina, a multilayered cytoskeleton, appears to be unique to ‘T. antarcticum’ and T. subtilis (Thomsen, 1992) and can thus be considered as a synapomorphic trait for the genus (4).

  1. https://en.wikipedia.org/wiki/Telonemia
  2. Telonemia, a new protist phylum with affinity to chromist lineages. K. Shalchian-Tabrizi, W. Eikrem, D. Klaveness, D. Vaulot, M. A. Minge, F. Le Gall, K. Romari, J. Throndsen, A. Botnen, R. Massana, H. A. Thomsen and K. S. Jakobsen. Proc. R. Soc. B (2006) 273, 1833–1842. doi:10.1098/rspb.2006.3515 https://www.ncbi.nlm.nih.gov/.../PMC.../pdf/rspb20063515.pdf
  3. Telonemia-specific environmental 18S rDNA PCR reveals unknown diversity and multiple marine-freshwater colonizations Jon Bråte, Dag Klaveness, Tellef Rygh, Kjetill S Jakobsen and Kamran Shalchian-Tabrizi. Bråte et al. BMC Microbiology 2010, 10:168
    https://www.ncbi.nlm.nih.gov/.../pdf/1471-2180-10-168.pdf

  4. Telonema antarcticum sp. nov., a common marine phagotrophic flagellate.Dag Klaveness, Kamran Shalchian-Tabrizi, Helge Abildhauge Thomsen, Wenche Eikrem and Kjetill S. Jakobsen. International Journal of Systematic and Evolutionary Microbiology (2005), 55, 2595–2604.

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laponpat_boonchuay

Ημερομηνία

Οκτώβριος 19, 2022 06:39 ΜΜ +07

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Unknown, I can't identify this algae.

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astrobirder

Ημερομηνία

Ιανουάριος 9, 2020 11:31 ΠΜ EST

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Field of view is 600 micrometers wide

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kenk

Ημερομηνία

Οκτώβριος 30, 2022 10:06 ΠΜ PDT

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Collected from a freshwater pond. Very large. I estimate the long axis to be approximately 750µm (field of view is 1000µm)

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karolina

Ημερομηνία

Μάιος 11, 2016

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vilseskog

Ημερομηνία

Αύγουστος 15, 2021 10:57 ΜΜ EDT

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Microscopy (lightfield and dark field) of watersample from swamp in Pine Barrens - associated plants: Utricularia, pitch pine, Nymphaea. Shaded spot along road.

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peptolab

Ημερομηνία

Δεκέμβριος 27, 2022 06:29 ΜΜ EST

Περιγραφή

Menoidium species from a four month old sample obtained in August 2022 from the northernmost benthos of a spring-fed freshwater coastal pond; the sampling site situated 250 meters from the edge of the Atlantic Ocean.

Menoidium Perty 1852; 18 of 33 species descriptions are currently accepted taxonomically (Guiry and Guiry 2013).
Order Euglenales; Family Euglenaceae.

Colorless, rigid free-swimming unicells (15 to 75 μm long), cylindrical with one emergent flagellum that is mobile during motion and straight when at rest. Contains large paramylon ‘links’, often has cytoplasmic streaming (Guiry and Guiry 2013).

Habitat:
Freshwater, widespread.

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crseaquist

Ημερομηνία

Ιανουάριος 15, 2023 12:12 ΜΜ CST

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Water sample (freshwater and mud) was taken on 2023/01/01 using a turkey baster.

Sequence showing division covers about 30 minutes.

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dgborin

Ημερομηνία

Ιανουάριος 1, 2023 11:00 ΜΜ CET

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My first attempt at diatoms cleaning.

Three specimens observed, from the same sample of my previous observation https://www.inaturalist.org/observations/141202070 taken on 2022-11-05.

Stria density: 7-8 per 10 μm (center), 10-11 (extremities).
Puncta density: 11 per 10 μm.
Length 213-225 µm, width 41-44 µm.

Stigmata visible near the central nodule.

According to Diatoms of Europe vol.3 by Kurt Krammer, 2002, it looks like Cymbella peraspera:
“Valves moderately to distinctly dorsiventral, dorsal margin rather evenly arched, ventral margin with a slightly gibbous central portion. Valve ends not protracted and broadly rounded. Length (130)154-320 µm, breadth 44-52 µm, maximal length/breadth ratio about 6. Axial area moderately wide, linear, widening at mid-valve to form a shallow central area, about ¼ to nearly ⅓ of the valve breadth. Raphe slightly lateral, tape ring near proximal and distal ends, becoming filiform near the proximal and the distal ends. Proximal raphe ends with moderately large roundish central pores which are slightly ventrally deflected; terminal fissures sickle-shaped and dorsally bent. Striae throughout radiate. Puncta distinctly and more or less roundish in focus high and low. A large number of stigmata on the ventral side of the central nodule, in focus low differently shaped from the puncta, commonly distant from the middle ventral striae. Striae 5-8/10 µm, becoming up to 10/10 µm near the extremities. Puncta 7-10(11) in 10 µm.”

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aquoria

Ημερομηνία

Ιανουάριος 5, 2023 11:25 ΜΜ EST

Τόπος

Asheville, NC, US (Google, OSM)

Περιγραφή

Lacrymaria (olor?) but has two heads functioning separately but together. @bdstaylor whhhat is going on here? (Thanks to @izi_izi for the sample containing this.)

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jane_trembath

Ημερομηνία

Δεκέμβριος 29, 2021 08:36 ΜΜ SAST

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Almost 1mm across. Last photo of the Volvox next to Wolffia arrhiza.

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ahan88

Ημερομηνία

Αύγουστος 12, 2021 03:33 ΜΜ CST

Τόπος

台灣雲林縣 (Google, OSM)

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kenk

Ημερομηνία

Νοέμβριος 4, 2022 07:15 ΜΜ PDT

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arnemf

Ημερομηνία

Μάρτιος 11, 2022 10:45 ΠΜ CET

Τόπος

Deutschland (Google, OSM)

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kenk

Ημερομηνία

Οκτώβριος 9, 2022 10:25 ΠΜ PDT

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isaacpallant

Ημερομηνία

Νοέμβριος 12, 2021 01:28 ΜΜ EST

Τόπος

Eagle, NY, USA (Google, OSM)

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asterix21

Ημερομηνία

Μάιος 29, 2015 08:11 ΠΜ JST

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None of the hydrangea with photos match this one (see shape of leaves and flowers)

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tosakah

Ημερομηνία

Μάιος 15, 2022 04:47 ΜΜ JST

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bsullend

Ημερομηνία

Φεβρουάριος 24, 2018 11:44 ΠΜ CST

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gustavogonsioroski

Ημερομηνία

Νοέμβριος 26, 2021 08:48 ΠΜ -03

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Κυαμοειδή (Οικογένεια Fabaceae)

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kunigorou

Ημερομηνία

Σεπτέμβριος 19, 2019 10:57 ΠΜ JST

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pmaaskant

Ημερομηνία

Νοέμβριος 27, 2019 09:09 ΠΜ CET

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william6

Ημερομηνία

Σεπτέμβριος 25, 2020 10:38 ΠΜ SAST

Τόπος

Lusaka, Zambia (Google, OSM)

Περιγραφή

Uploaded before inspection for BioBlitz. I have not photographed any plants that that were intentionally planted but some are undoubtedly descendants of garden plants that have naturalised. Apologies for quality of images; having some camera trouble.

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sethmusker

Ημερομηνία

Δεκέμβριος 23, 2018 10:46 ΠΜ CET

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Μαγνολιόψιδα (Ομοταξία Magnoliopsida)

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alejandrocardenas

Ημερομηνία

Φεβρουάριος 10, 2018 04:04 ΜΜ +05

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Ανώτερα Φυτά (Συνομοταξία Tracheophyta)

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bewambay

Ημερομηνία

Δεκέμβριος 16, 2013 04:07 ΜΜ +03

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Αγγειόσπερμα (Υποσυνομοταξία Angiospermae)

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subhashc

Ημερομηνία

Μάρτιος 31, 2014

Τόπος

Bhutan (Google, OSM)

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Μονοκοτυλήδονα (Ομοταξία Liliopsida)

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luis1110

Ημερομηνία

Νοέμβριος 10, 2020 05:36 ΜΜ EST

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marcellinha

Ημερομηνία

Ιανουάριος 22, 2021 04:59 ΜΜ -03
Plants

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Φυτό (Βασίλειο Plantae)

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carlos2

Ημερομηνία

Αύγουστος 5, 2016 03:50 ΜΜ +07

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andreo

Ημερομηνία

Ιανουάριος 15, 2021 10:22 ΠΜ -03

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Αγγειόσπερμα (Υποσυνομοταξία Angiospermae)

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david351

Ημερομηνία

Δεκέμβριος 28, 2018 03:23 ΜΜ +13

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Dunedin, NZ-OT, NZ (Google, OSM)

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alexisph

Ημερομηνία

Μάρτιος 29, 2019 03:26 ΜΜ PDT

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Αγγειόσπερμα (Υποσυνομοταξία Angiospermae)

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naturalist7929

Ημερομηνία

Μάιος 11, 2019 06:14 ΠΜ JST

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geraa

Ημερομηνία

Απρίλιος 29, 2019 02:43 ΜΜ +03

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manalejandra

Ημερομηνία

Δεκέμβριος 19, 2019 03:34 ΜΜ -03

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Αρεκοειδή (Οικογένεια Arecaceae)

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valecausilf

Ημερομηνία

Ιανουάριος 26, 2019 02:40 ΜΜ -05

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Αγγειόσπερμα (Υποσυνομοταξία Angiospermae)

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estebanpena

Ημερομηνία

Ιούνιος 21, 2020 01:42 ΜΜ -05

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intyarcos

Ημερομηνία

Ιανουάριος 22, 2019 02:25 ΜΜ -05

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Quito, EC-PI, EC (Google, OSM)

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estevao_santos

Ημερομηνία

Νοέμβριος 18, 2019 03:18 ΜΜ -03
Plants

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Φυτό (Βασίλειο Plantae)

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frankdietze

Ημερομηνία

Ιούλιος 18, 2019 09:21 ΜΜ -05

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Ecuador (Google, OSM)

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singaplants

Ημερομηνία

Ιούλιος 25, 2020 12:57 ΠΜ AWST

Περιγραφή

Found this interesting plant... anyone know what it is?

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Αγγειόσπερμα (Υποσυνομοταξία Angiospermae)

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himigadviento

Ημερομηνία

Δεκέμβριος 19, 2019 11:35 ΠΜ AWST

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maryan66

Ημερομηνία

Σεπτέμβριος 13, 2020 04:41 ΜΜ SAST

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WC, ZA (Google, OSM)

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Μαγνολιόψιδα (Ομοταξία Magnoliopsida)

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tengphou

Ημερομηνία

Μάιος 22, 2020 12:28 ΜΜ +07

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Kampot, KH (Google, OSM)

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madotter14

Ημερομηνία

Μάιος 10, 2020 12:42 ΜΜ PDT

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Μαγνολιόψιδα (Ομοταξία Magnoliopsida)

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chris_tun

Ημερομηνία

Ιούλιος 19, 2019 09:39 ΜΜ HST

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ammartin

Ημερομηνία

Οκτώβριος 13, 2016 05:07 ΠΜ EDT

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bacpab

Ημερομηνία

Ιούνιος 13, 2020 10:09 ΠΜ PDT

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v9320032

Ημερομηνία

Ιούνιος 25, 2019 03:09 ΠΜ AWST

Τόπος

Yilan, TW-TA, TW (Google, OSM)

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Μαγνολιόψιδα (Ομοταξία Magnoliopsida)

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torella

Ημερομηνία

Νοέμβριος 21, 2018 10:18 ΠΜ +03

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sidnei-sampaio

Ημερομηνία

Απρίλιος 29, 2018 08:19 ΠΜ -03

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Μαγνολιόψιδα (Ομοταξία Magnoliopsida)

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idbirds

Ημερομηνία

Μάρτιος 30, 2018 09:49 ΠΜ PDT

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bjrn14

Ημερομηνία

Δεκέμβριος 30, 2011 12:37 ΜΜ CET

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Χειλανθή (Οικογένεια Lamiaceae)

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sahanam

Ημερομηνία

Νοέμβριος 3, 2017

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Ηλιοτροπιοειδή (Υποοικογένεια Heliotropioideae)

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onidiras

Ημερομηνία

Ιανουάριος 13, 2020 12:18 ΜΜ +07

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nashuagoats

Ημερομηνία

Φεβρουάριος 18, 2020 04:42 ΠΜ EST

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Μαγνολιόψιδα (Ομοταξία Magnoliopsida)

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daydayadventurer

Ημερομηνία

Μάιος 19, 2018 12:28 ΜΜ PDT

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Κυπαρισσοειδή (Οικογένεια Cupressaceae)

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siddarthmachado

Ημερομηνία

Ιούνιος 3, 2015 03:43 ΜΜ EDT

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Αγγειόσπερμα (Υποσυνομοταξία Angiospermae)

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prajwal_ullal

Ημερομηνία

Σεπτέμβριος 25, 2016 06:21 ΜΜ IST

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sara653

Ημερομηνία

Μάρτιος 29, 2019 09:01 ΠΜ -05

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Κραμβοειδή (Οικογένεια Brassicaceae)

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pintail

Ημερομηνία

Μάιος 2, 2009

Τόπος

Seosan, KR-GN, KR (Google, OSM)

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Φτέρη (Ομοταξία Polypodiopsida)

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sheriff_woody_pct

Ημερομηνία

Ιανουάριος 18, 2019 11:06 ΠΜ +07

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Μαγνολιόψιδα (Ομοταξία Magnoliopsida)

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woowei

Ημερομηνία

Ιούνιος 7, 2020 01:53 ΜΜ AWST

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秀林鄉, TW (Google, OSM)

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vespadelus

Ημερομηνία

Μάιος 12, 2015 12:01 ΜΜ +11

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Αγγειόσπερμα (Υποσυνομοταξία Angiospermae)

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leonperrie

Ημερομηνία

Αύγουστος 25, 2018 11:54 ΠΜ NZST

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Γκάουρα (Τμήμα Gaura)

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dorenshaw

Ημερομηνία

Μάιος 3, 2020 02:44 ΜΜ EDT

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stefanmozug

Ημερομηνία

Φεβρουάριος 26, 2020 05:57 ΜΜ EST

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botanygirl

Ημερομηνία

Σεπτέμβριος 14, 2014 12:13 ΠΜ EDT

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Κυαμοειδή (Οικογένεια Fabaceae)

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jasminetrekker

Ημερομηνία

Ιούλιος 6, 2017

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Αστεροειδή (Οικογένεια Asteraceae)

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echichlo

Ημερομηνία

Σεπτέμβριος 15, 2018 02:52 ΜΜ PDT

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keitaroito

Ημερομηνία

Αύγουστος 19, 2019 02:32 ΜΜ JST

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Φτέρη (Ομοταξία Polypodiopsida)

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tiwane

Ημερομηνία

Οκτώβριος 12, 2018 09:47 ΠΜ JST