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:) www.uni-muenster.de/GeoPalaeonto...
#Palaeobotany

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European Palaeobotany and Palynology Conference

📣📣 The 12th European Paleobotany and Palynology Congress will take place September 20-24 in Münster 🇩🇪 🌿⛏️ Abstract submission will be opened from mid-April to May 31. All the information is now online here: www.uni-muenster.de/GeoPalaeonto...
#paleobotany #palynology #palaeobotany

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Correia, Šimůnek & Pereira, 2026 | Portuguese historical palaeobotanical collections reveal a new species of late Palaeozoic marattialean fern | Review of Palaeobotany and Palynology 105577:
www.sciencedirect.com/science/arti...
#Portugal #palaeobotany

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Searching for the people that study fossil plants? Here's a starter pack!
Let me know if you should be included here!!!

#paleobotany #palaeobotany

go.bsky.app/B7Y3ja7

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This #FossilFriday we welcomed Dr Artai Santos from @uniofaberdeen.bsky.social to our Evo-Devo seminar. Artai shared amazing findings on Cretaceous seagrasses with evidence of herbivory from El Chango, México.
#palaeobotany #EvoDevo @edinburgh-uni.bsky.social @instmolplantsci.bsky.social

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The paper refers to this as a "leafy shoot impression" of Cupressinocladus sp.

The paper refers to this as a "leafy shoot impression" of Cupressinocladus sp.

The paper refers to this as a "putative reproductive structure."  It looks like a very bumpy type of pine cone in rock.  It has a large dark section with rust-colors and light yellows in others.

The paper refers to this as a "putative reproductive structure." It looks like a very bumpy type of pine cone in rock. It has a large dark section with rust-colors and light yellows in others.

From 2025: A new #conifer record from the late Aptian of La Paja Formation from Veléz, Santander ( #Colombia)

Hector Daniel Palma-Castro, Cristian David Benavides-Cabra, Fabiany Herrera #paleobotany #palaeobotany

acpa.botany.pl/A-new-conife...

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Gorgeously preserved stalks of horsetail criss-crossing over one another on a rock slab on display behind glass

Gorgeously preserved stalks of horsetail criss-crossing over one another on a rock slab on display behind glass

A well-preserved conifer branches ending with circular cones at the end of those branches on the right.   The stone slab is sepia-colored; the branches are a darker reddish-brown.

A well-preserved conifer branches ending with circular cones at the end of those branches on the right. The stone slab is sepia-colored; the branches are a darker reddish-brown.

#FossilFriday

Horsetail (Asterophyllites sp.) 323 - 307 mya, #Kentucky

& conifer branch & cones (Sequoia affinis) 41 - 34 mya, #Montana

Yale Peabody Museum #paleobotany #palaeobotany

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First paper by Cristi for her PhD thesis:

Velasco-Flores & al. in press | Life-position succulent #Euphorbia L. fossils buried in #Pleistocene explosive volcanic deposits from #Tenerife, Canary Islands, #Spain | RPP: doi.org/10.1016/j.re...
#openaccess #Palaeobotany

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From paper: Late Triassic leaf-mine fossil on Cladophlebis denticulata of the Momonoki Formation, Yamaguchi, Japan. (A) Specimen (MMHF11-00001a), on which mines on pinnules and chewing marks are marked with white arrowheads and yellow asterisks, respectively, and (B) its counterpart (MMHF11-00001b), at approximately the same scale. (C) Enlargement of pinna with three mines; orange arrowheads signify putative starting point (i.e., oviposition site) of leaf-mines; however, the starting point of the mine on the right is unseen. (D) Enlargement of two pinnules shows the transition of the frass trail, suggesting larval development while mining, and (E) its counterpart at the same scale. Arrowheads in orange and blue denote an oviposition site (os) and possible pupal chamber (pc), respectively.

From paper: Late Triassic leaf-mine fossil on Cladophlebis denticulata of the Momonoki Formation, Yamaguchi, Japan. (A) Specimen (MMHF11-00001a), on which mines on pinnules and chewing marks are marked with white arrowheads and yellow asterisks, respectively, and (B) its counterpart (MMHF11-00001b), at approximately the same scale. (C) Enlargement of pinna with three mines; orange arrowheads signify putative starting point (i.e., oviposition site) of leaf-mines; however, the starting point of the mine on the right is unseen. (D) Enlargement of two pinnules shows the transition of the frass trail, suggesting larval development while mining, and (E) its counterpart at the same scale. Arrowheads in orange and blue denote an oviposition site (os) and possible pupal chamber (pc), respectively.

2022: Oldest leaf mine trace fossil from East #Asia provides insight into ancient nutritional flow in a plant–herbivore interaction

#ichnology #paleobotany #palaeobotany

Yume Imada, Nozomu Oyama, Kenji Shinoda, Humio Takahashi & Hirokazu Yukawa

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From paper: Co-occurrence of endophytic oviposition and Asteronomus maeandriformis in Autunia conferta. (a) Mass occurrence of oviposition scars, which likely housed unhatched eggs (NHMS Ap 37/5). (b) Sketch of (a) showing the distribution of the oviposition scars on the pinnule. (c–e) Oviposition scars with ovipositor slits (arrows) (NHMS Ap 37/5). (f) Oviposition and leaf mining on small Autunia conferta pinnules (MB.Pb.1979/0012). (g) Enlargement of the area in (f). Note the callus tissue surrounding the oviposition sites. (h) Leaf mines and oviposition scars on Autunia conferta (MB.Pb.1979/0014). (i) Irregularly distributed oviposition scars on Autunia conferta (MB.Pb.1979/0020).

From paper: Co-occurrence of endophytic oviposition and Asteronomus maeandriformis in Autunia conferta. (a) Mass occurrence of oviposition scars, which likely housed unhatched eggs (NHMS Ap 37/5). (b) Sketch of (a) showing the distribution of the oviposition scars on the pinnule. (c–e) Oviposition scars with ovipositor slits (arrows) (NHMS Ap 37/5). (f) Oviposition and leaf mining on small Autunia conferta pinnules (MB.Pb.1979/0012). (g) Enlargement of the area in (f). Note the callus tissue surrounding the oviposition sites. (h) Leaf mines and oviposition scars on Autunia conferta (MB.Pb.1979/0014). (i) Irregularly distributed oviposition scars on Autunia conferta (MB.Pb.1979/0020).

From paper: Thin sections of Asteronomus maeandriformis in Autunia conferta from Crock, Thuringian Forest Basin, Germany. (a) Section through an Autunia conferta leaf (MB.Pb.1979/0188) with frass trail (box). The scrolled margins indicate the upper side of the pinnule. (b) Section through the frass trail in (a). Note the upper epidermis (arrow), which covers the tunnel. (c) Another example of a compressed tunnel in the upper parenchyma covered by the upper epidermis (arrow) (MB.Pb.1979/0179). (d) Transverse and longitudinal sections through endophytic frass trails in Autunia conferta (MB.Pb.1979/0188). (e, f) Longitudinal section through a frass trail (MB.Pb.1979/0069). Note the calcite-filled cracks and the thin calcite cover on the upper side of the leaves from shrinkage of the organic matter in (arrows in f).

From paper: Thin sections of Asteronomus maeandriformis in Autunia conferta from Crock, Thuringian Forest Basin, Germany. (a) Section through an Autunia conferta leaf (MB.Pb.1979/0188) with frass trail (box). The scrolled margins indicate the upper side of the pinnule. (b) Section through the frass trail in (a). Note the upper epidermis (arrow), which covers the tunnel. (c) Another example of a compressed tunnel in the upper parenchyma covered by the upper epidermis (arrow) (MB.Pb.1979/0179). (d) Transverse and longitudinal sections through endophytic frass trails in Autunia conferta (MB.Pb.1979/0188). (e, f) Longitudinal section through a frass trail (MB.Pb.1979/0069). Note the calcite-filled cracks and the thin calcite cover on the upper side of the leaves from shrinkage of the organic matter in (arrows in f).

Wow!

2025: Host-specific leaf-mining behaviour of holometabolous insect larvae in the early #Permian

#ichnology #paleobotany #palaeobotany

Michael Laaß, Ludwig Luthardt, Steffen Trümper, Angelika Leipner, Norbert Hauschke & Ronny Rößler

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small red vaguely bell-shaped flowers with translucent fused sepals of the species Florissantia quilchenensis face downwards towards the camera, the branch they're growing from is seen to the right while the leaves of the branch are behind the flowers. behind in the background is a blurry branch showing more flowers and leaves

Florissantia quilchenensis is a species of Eocene, Canadian malvacean (mallow family) bisexual reproductive organ who's growth-form and whole-plant appearance is unknown. here I have reconstructed it as a tree similar to other plants in the subfamily Sterculioideae, of which it is nested in. it had an androgynophore with five petals fused into a corolla in alternation with the calyx, the style was longer than the stamens, there were five stamens that bifricated at their tips into two anthers giving it a total of ten anthers per flower, as mentioned previously the sepals of this plant were fused into the distinctive bell-shaped cup

small red vaguely bell-shaped flowers with translucent fused sepals of the species Florissantia quilchenensis face downwards towards the camera, the branch they're growing from is seen to the right while the leaves of the branch are behind the flowers. behind in the background is a blurry branch showing more flowers and leaves Florissantia quilchenensis is a species of Eocene, Canadian malvacean (mallow family) bisexual reproductive organ who's growth-form and whole-plant appearance is unknown. here I have reconstructed it as a tree similar to other plants in the subfamily Sterculioideae, of which it is nested in. it had an androgynophore with five petals fused into a corolla in alternation with the calyx, the style was longer than the stamens, there were five stamens that bifricated at their tips into two anthers giving it a total of ten anthers per flower, as mentioned previously the sepals of this plant were fused into the distinctive bell-shaped cup

at night after a brief shower of rain, an artificial light illuminates the branches of a tree showing very small pink flowers of the genus Lovellea, small blobs of water cling to the waxy cutiles of the leaves, another two blurry branches (though, without flowers) can be seen in the background

Lovellea is a kind of small and basal laurale reproductive organ who's growth-form and whole-plant appearance is unknown. Here i have reconstructed it after a more basal condition with a singular flower to each leaf growing from the axillary bud. the flower was shaped like a radially symmetrical pear with an opening at the top in which small pollinators could crawl in for pollination, the ovaries surrounded by a thick layer of overlapping tepals

at night after a brief shower of rain, an artificial light illuminates the branches of a tree showing very small pink flowers of the genus Lovellea, small blobs of water cling to the waxy cutiles of the leaves, another two blurry branches (though, without flowers) can be seen in the background Lovellea is a kind of small and basal laurale reproductive organ who's growth-form and whole-plant appearance is unknown. Here i have reconstructed it after a more basal condition with a singular flower to each leaf growing from the axillary bud. the flower was shaped like a radially symmetrical pear with an opening at the top in which small pollinators could crawl in for pollination, the ovaries surrounded by a thick layer of overlapping tepals

a kritosaurin hadrosaur has plucked a branch off of a legume tree that's growing fruit of the species Leguminocarpum olmensis, the branches themselves are partially in fruit and partially in flower still

kritosaurin hadrosaurs are a group of "duck billed" dinosaurs from Mexico with tall robust nasals but no nasal crests like those found in saurolophines

Leguminocarpum olmensis is a species of Late Cretaceous, Mexican fabacean (bean family) fruit of uncertain taxonomic affinities to other fabaceans, and who's growth-form and whole-plant appearance is unknown. here i have reconstructed it as a cercidoidean with racemose infloresence and alternate distichous bilobed leaves

a kritosaurin hadrosaur has plucked a branch off of a legume tree that's growing fruit of the species Leguminocarpum olmensis, the branches themselves are partially in fruit and partially in flower still kritosaurin hadrosaurs are a group of "duck billed" dinosaurs from Mexico with tall robust nasals but no nasal crests like those found in saurolophines Leguminocarpum olmensis is a species of Late Cretaceous, Mexican fabacean (bean family) fruit of uncertain taxonomic affinities to other fabaceans, and who's growth-form and whole-plant appearance is unknown. here i have reconstructed it as a cercidoidean with racemose infloresence and alternate distichous bilobed leaves

tri-paired three follicles in the genus Sagaria are seen growing on a plant with two pink flowers below them, each internode grows from a three-lobed leaf's axillary bud. trichomes coat the entire plant, catching drops of water, a soft orange light glows behind the plant

Sagaria is a genus of Albian, Italian ranunculacean (buttercup family) fruit who's growth-form and whole-plant appearance is unknown. here i have reconstructed its flowers as closer to buttercups with six overlapping petals forming a cup-like shape and many anthers in its centre. follicles are a kind of fruit that splits down a central seam when ripe to release its seeds

tri-paired three follicles in the genus Sagaria are seen growing on a plant with two pink flowers below them, each internode grows from a three-lobed leaf's axillary bud. trichomes coat the entire plant, catching drops of water, a soft orange light glows behind the plant Sagaria is a genus of Albian, Italian ranunculacean (buttercup family) fruit who's growth-form and whole-plant appearance is unknown. here i have reconstructed its flowers as closer to buttercups with six overlapping petals forming a cup-like shape and many anthers in its centre. follicles are a kind of fruit that splits down a central seam when ripe to release its seeds

this week's #Paleostream was a Valentine's Day special where we drew fossil angiosperms! this week we drew Florissantia (i drew F. quilchenensis), Lovellea, Leguminocarpum olmensis, and Sagaria #paleobotany #palaeobotany #paleoart #botany #sciart

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Thrilled to announce that I’ve just become Associate Editor of Historical Biology journal @historicalbiology.bsky.social! :)
#Palaeobotany #oceanicisland

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#Ichnology and #Paleobotany #Palaeobotany 💚

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Li et al in press | Frond reconstruction of Polymorphopteris mei sp. nov. from the early #Permian Wuda Tuff Flora with insights into its taphonomy | Historical Biology: doi.org/10.1080/0891...
#palaeobotany

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Really beautiful!
Hernández-Damián & al. in press| Simojoflorum mijangosii gen. et sp. nov. preserved in the #Mexican #amber unravels the polycarpellate condition in the tribe Mimoseae (Caesalpinioideae, #Fabaceae) | Historical biology: doi.org/10.1080/0891...
#palaeobotany #Mexico #flower #botany

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University of Oxford Botanic Garden and Arboretum Sharing the scientific wonder and importance of plants with the world.

I've been catching up on recordings of the recent #Palaeobotany public lecture series from University of Oxford Botanic Garden & Arboretum, featuring @sandyheth.bsky.social, Paul Kenrick, @jameswclark.bsky.social, Jenny McElwain & Julia Gravendyck. Excellent stuff. ⚒️🌍🌿🔬🌲

www.youtube.com/@OxfordBGA

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#palaeobotany #palaeontology #plantscience #scicomm @instmolplantsci.bsky.social @annbot.bsky.social

academic.oup.com/aob/advance-... 🧵2/2

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A PowerPoint title slide with the words The Problem with Plants, Why restoring extinct plants is difficult for palaeoartists.

A PowerPoint title slide with the words The Problem with Plants, Why restoring extinct plants is difficult for palaeoartists.

So, an unexpected development, but I'm gonna be giving a talk tomorrow at SVP in Birmingham!!!!! I'll be speaking about palaeobotany in palaeoart, so hopefully it goes well despite being slightly rushed😅.

Anyway, if you're gonna be around for #SVP tomorrow, come say Hi!!! #paleoart #palaeobotany

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The Princeton Field Guide to Mesozoic Plants from Summerfield Books Buy The Princeton Field Guide to Mesozoic Plants Hardback by Arens Nan Crystal ISBN: 9780691272436

The Lauraceae and Taxaceae in my garden look Mesozoic, and I can see small avian theropods flitting among their branches.

This book will inevitably feed my prehistoric imagination - £24 at www.summerfieldbooks.com/product/the-...

#Mesozoic #palaeobotany #plants #biodiversity #botany

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Happy #FossilFriday from the Mention Bassins Sédimentaires Évolution Conservation of Université d’Antananarivo, who won a Sepkoski Grant to conduct research on subfossil seeds in Ampiriaka, Madagascar!🇲🇬🌿
#FossilFriday #Palaeontology #Palaeobotany #Palynology #Fossils #Madagascar

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It's #FossilFriday! Great time to check out our new paper if you haven't yet.

#Palaeobotany #JurassicPlants

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Picture of a fossilized linden flower: Tilia magnasepala. Photo: Christian Geier

Picture of a fossilized linden flower: Tilia magnasepala. Photo: Christian Geier

Bumble bees pollinated linden flowers 24 million years ago 🌸🐝
#paleobotany #palaeobotany @univie.ac.at

www.univie.ac.at/en/news/pres...

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Today’s #FossilFriday is an incredible 35,000 year old thorny bamboo from Manipur, India!
These were found by Dr. Bhatia, who researches palaeobotany at the Birbal Sanhi Institute of Palaeosciences to learn about how past environments created today’s ecosystems🎍
#Fossil #Palaeontology #Palaeobotany

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"Most of the fungal remains are body fossils, but some hyphae in tracheids filled with an amber-colored to brown substance, perhaps a type of gel or gum, appear as trace fossils." WOW!
#paleobotany #palaeobotany

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I am trying to find this paper. Apparently the journal is defunct.
Does anyone has it to share?

Taylor, T.N., 1974. Scanning electron microscopy of fossil megaspores: Wall development. Scanning Electron Microsc. 2, 359–366.

#Paleobotany #Palaeobotany #Megaspores

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I missed #FossilFriday so here are some cool #Eocene flower #fossils from British Columbia’s Allenby Formation. Collected near Princeton, BC.

#PaleoSky #Palaeontology #Paleontology #Palaeobotany #Paleobotany

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A Crown for Wrexham – The 2025 National Eisteddfod A Crown for Wrexham – The 2025 National Eisteddfod

#Geology at the heart of creativity and #culture in Wales - click through to see the #Eisteddfod Crown inspired by the ancient #plant #fossils discovered at #Brymbo #Wales #Wrecsam #Wrexham #heritage #botany #Steddfod2025 #Cymru #Cymraeg #palaeobotany #envhist
neilrayment.co.uk/pages/nation...

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From the paper: "Detail of nearly complete ?Dipterocarpus leaf."

From the paper: "Detail of nearly complete ?Dipterocarpus leaf."

Miocene Dipterocarpaceae #leaf from #Sumatra and amber geochemical analyses 🍂🍃

George O. Poinar Jr., Virginia Friedman, Joseph B. Lambert, Adam Kingery, Alejandro Bugarin, Yuyang Wu, Francisco J. Vega #paleobotany #palaeobotany

boletinsgm.igeolcu.unam.mx/bsgm/vols/ep...

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Today is the day!
#SEBExPalaeo will be live at #SEBCONFERENCE

9h30 in Nightingale 1&2
(follow signs for Bird Rooms)

Looking forward to seeing you for plenty of experimental #palaeontology #palaeobotany #3D #modelling and fun discussions!

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