Special Issue: BL2021 Bryophytes, Lichens, and Northern Ecosystems in a Changing World
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The Bryological Times VOLUME 152 JULY 2021 Special issue: BL2021 Bryophytes, lichens, and northern ecosystems in a changing world Virtual meeting from Université Laval, Quebec, Canada, 6–9 July 2021 Volume 152 1 The Bryological Times The International Association of Bryologists (IAB), American Bryological and Lichenological Society (ABLS), Canadian Botanical Association (CBA-ABC) and Société québécoise de bryologie (SQB) are organizing the online conference ‘Bryophytes, lichens, and northern ecosystems in a changing world’ (BL2021), which is hosted by the Université Laval, Québec, Canada, between July 6 and 9, 2021. The scientific program committee (Nicole Fenton and Julia Bechteler [co-chairs] and Mélanie Jean and Amelia Merced) composed an exciting four-day conference, comprising four plenary speakers, 119 oral and 42 poster presentations by plant and lichen biologists and ecologists from 31 countries. Talks are distributed across ten symposia focused on major advances along specific research axes, such as Sphagnum or hornwort biology, bryophyte phylogenomics, bryophytes and climate change, ecosystem restoration, or sex determination, and general sessions centered on broader topics, such as lichen biology, bryophyte ecology or plant anatomy. We are looking forward to an enriching four days that joins together colleagues across different fields from parts of the globe to exchange their contributions to advance our understanding of plants, lichenized fungi, and northern ecosystem biology. The organizing committee is thankful to the Université Laval for its critical support enabling this international event. The organizing committee Juan Carlos Villarreal1 and Bernard Goffinet2 [co-chairs], Matt von Konrat3 [treasurer], Marc Favreau4, Nicole Fenton5 and Scott Schuette6 1 Université Laval, Canada 2 University of Connecticut, USA 3 Field Museum of Natural History, Chicago, USA 4 Société québécoise de bryologie, Canada 5 Université du Québec en Abitibi-Temiscamingue, Canada 6 Western Pennsylvania Conservancy, USA Volume 152 2 The Bryological Times TUESDAY JULY 6 Times are Canadian EDT: Add 4 hours for UT Abstract ID Page 08:30 – 09:20 — WELCOME ADDRESS 09:30 – 11:30 — MORNING SESSIONS ROOM 1 SYMPOSIUM: EMERGING GOLDEN ERA FOR TACKLING 50 FUNDAMENTAL RESEARCH QUESTIONS IN BRYOLOGY — Jairo Patiño, Irene Bisang OP 1 Fenton. Where do they live? Discerning the unknown distributions of bryophytes. 214-LBYJ-166 14 OP 2 Bisang. What we want to know about bryophyte life history traits and how they relate 214-QFN3-114 15 to bryophyte sex ratios, dispersal ecology and extinction risks. OP 3 Hedenäs. Bryophyte conservation in a biodiversity crisis. 214-dFeh-94 16 OP 4 Pressel et al. Bryophyte biotic interactions and productivity with a focus on 214-Gfrh-114 17 mycorrhizal-like associations. OP 5 Medina. Beyond the sphinxes: current (and renewed) challenges in bryophyte 214-NDZN-124 18 systematics and evolution. Discussion ROOM 2 LICHEN BIOLOGY OP 6 Vuong et al. Investigating the relationship between tree ecophysiology and hosted 214-L4X2-124 19 communities of epiphytic bryophytes and lichens OP 7 Flores et al. Arboreal gastropod grazing in macro-lichen communities of western 214-NjBR-124 20 Newfoundland. OP 8 Bell-Doyon et al. Calicioid fungi and lichens from an unprotected intact forest 214-Q9Me-63 21 ecosystem in Québec. OP 9 Alonso-García & Villarreal. Microbial community associated to lichens in a post-fire 214-b456-74 22 succession. OP 10 Darnajoux et al. Ecosystem scale evidence for the contribution of vanadium-based 214-ovr2-233 23 nitrogenase to biological nitrogen fixation. OP 11 McDonald. Toward the transportome of the lichen Peltigera britannica. 214-D82J-124 24 11:30 – 13:30 — LUNCH BREAK 13:30 – 15:30 — AFTERNOON SESSIONS ROOM 1 SYMPOSIUM: STATE OF THE ART IN DICRANIDAE SYSTEMATICS — Michael Stech OP 12 Brinda & Atwood. The backbone of bryoinformatics: compiling, maintaining, and 214-8kJi-124 25 disseminating a critical taxonomic resource. OP 13 Bippus. The fossil record of haplolepideous mosses and its potential for time- 214-L87Q-134 26 calibrating phylogenies. OP 14 Bonfim Santos et al. Recent advances in Dicranidae phylogenetics. 214-8B48-134 27 OP 15 Ruche et al. Peristome anatomy and ontogeny studies advance the understanding of 214-9stX-94 28 evolution within the haplolepideous mosses. OP 16 Fedosov & Fedorova. Dicranidae in North Asia: cryptic species, clear species and 214-aoFZ-184 29 higher level lineages unknown so far. OP 17 Escolástico-Ortiz et al. Elucidating the phylogeographic history and post-glacial 214-DwKv-114 30 demographic signatures of the moss Racomitrium lanuginosum Brid. Room 2 WORKSHOP: BIODIVERSITY DATA PUBLICATION — FROM SPECIMEN AND OBSERVATION TO OPEN DATA — Carole Sinou ROOM 3 ANATOMY AND MORPHOLOGY OP 18 Lee et al. Narrow species concept and the unsupported subgeneric delimitations in 214-aJv4-114 31 the molecular phylogeny of Lejeunea (Lejeuneaceae). OP 19 Higgins. Liverwort oil bodies: often overlooked beautiful and distinct cell features. 214-8KsE-104 32 OP 20 Duckett & Pressel. Why do bryophyte gametophytes lack stomata? 214-usRT-124 33 OP 21 Shimamura et al. Rotation angle of apical cell division plane controls spiral phyllotaxis 214-V3Hv-64 34 in mosses. Volume 152 3 The Bryological Times TUESDAY JULY 6 Times are Canadian EDT: Add 4 hours for UT Abstract ID Page OP 22 von Aderkas. Somatic embryogenesis of weevil-resistant phenotypes of Sitka spruce. 214-ro8G-94 35 OP 23 Tattrie et al. Using computational models to investigate vein patterning and 214-ZWFa-124 36 programmed cell death in lace plant (Aponogeton madagascariensis) leaves. 15:30 – 16:00 — BREAK 16:30 – 16:50 214-aZfP-206 37 OP 24 PLENARY LECTURE: Reversing extinction trends: new uses for (old) herbarium specimens to accelerate conservation of threatened species — Jana Vamosi Volume 152 4 The Bryological Times WEDNESDAY JULY 7 Times are Canadian EDT: Add 4 hours for UT Abstract ID Page 08:30 – 09:20 38 0P 25 PLENARY LECTURE: From genes to traits and ecosystems: reconstructing the evolution of extended phenotypes in Sphagnum (peat moss) — Bryan Piatkowski 09:30 – 11:30 — MORNING SESSIONS ROOM 1 SYMPOSIUM: GENOMIC PATTERNS AND PROCESSES IN THE DIVERSIFICATION OF THE FUNARIACEAE — Nikisha Patel, Matthew Johnson OP 26 Kirbis et al. Genome evolution and sporophyte complexity in the moss family 214-1jvj-124 39 Funariaceae. OP 27 Hass & Rensing. The genomic history of P. patens. 214-tqb9-124 40 OP 28 Patel et al. Whole genome duplication and reticulate evolution in the 214-YXad-124 41 Physcomitrium pyriforme species complex. OP 29 Williams et al. Testing for cryptic species in Physcomitrium pyriforme using target 214-gYVQ-124 42 capture sequencing of 800 nuclear genes. OP 30 Rahmatpour et al. Apospory-induced whole genome duplication triggers 214-SSfy-206 43 immediate shifts gene expression in the moss Funaria hygrometrica. Discussion ROOM 2 SYMPOSIUM: IMPACTS OF CLIMATE CHANGE ON BRYOPHYTE FUNCTION AND DISTRIBUTION — Karen Golinski, Jennifer Doubt OP 31 Sim-Sim et al. Effects of elevation and disturbances on the diversity of bryophytes 214-A5my-253 44 in laurel forests of Madeira island. OP 32 Indorf et al. Vegetation structure in boreal peatlands of North-western Québec. 214-JyLq-124 45 OP 33 Flagmeier et al. Dispersal and taxonomy in disjunct oceanic-montane liverworts. 214-vq3A-124 46 OP 34 Menchions et al. Can species distribution modelling improve climate threat 214-HTV8-124 47 assessments for bryophytes-at-risk in Canada? OP 35 Zanatta et al. Bryophytes are predicted to lag behind future climate change despite 214-fqAp-134 48 their high dispersal capacities. ROOM 3 AUTECOLOGY OF BRYOPHYTES AND VASCULAR PLANTS OP 36 NualKam & Sawangproh. Comparison of bryophyte cultivation in three different 214-qWwo-124 49 types of substrates. OP 37 Cheng et al. Intra- and interspecific interaction during early stages of moss 214-8r5F-124 50 development in vitro. OP 38 Stanton et al. Predictors of epiphytic bryophyte and lichen biomass and hydrologic 214-oEiZ-124 51 impact across a boreal-temperate ecotone. OP 39 Spiegelberg et al. The importance of moss shoot and colony traits on their 214-RdC4-124 52 desiccation dynamics. OP 40 Peñaloza-Bojacá et al. Are hornworts delicate plants? Contrasting effects of 214-WuuZ-164 53 desiccation on gametophytes and sporophytes of hornworts. OP 41 Bengtsson et al. The phenology of bryophytes revisited after 150 years through 214-ef3y-134 54 eDNA. OP 42 Hagelstam-Renshaw et al. Biome evolution in subfamily Cercidoideae (Fabaceae). 214-hWqY-24 55 11:30 – 13:30 — LUNCH BREAK or CBA LUNCHTIME SECTION MEETINGS 13:30 – 15:30 — AFTERNOON SESSIONS ROOM 1 SYMPOSIUM: THE BIOLOGY OF SPHAGNUM — Bryan Piatkowski, Tasha-Leigh Gauthier OP 43 Bengtsson. Sphagnum traits and growth in a changing world. 214-44sp-134 56 OP 44 Lamkowski. Heterosis as a possible explanation of successful niche occupation in 214-jGCp-124 57 allodiploid Sphagnum species. OP 45 Wieder et al. Nitrogen in bogs: it's complicated. 214-R5Yv-174 58 OP 46 Carrell et al. Sphagnum peat moss thermotolerance is modulated by the 214-7CeU-124 59 microbiome. Volume 152 5 The Bryological Times WEDNESDAY JULY 7 Times are Canadian EDT: Add 4 hours for UT Abstract ID Page OP 47 Imwattana & Shaw. Patterns of between species and within species gene flow and 214-sQ6k-64 60 demographic history in Sphagnum flexuosum and Sphagnum recurvum. OP 48 Healey et al. Genomic diversity of keystone peat bog moss Sphagnum. 214-9FS6-224 61 ROOM 2 WORKSHOP: THE DICRANIDAE WORKING GROUP: CHALLENGES AND TASKS — Michelle Price ROOM 3 CONSERVATION OF BRYOPHYTES AND VASCULAR PLANTS OP 49 Budke et al. Building a global consortium of bryophytes and lichens: keystones of 214-ptA7-124 62 cryptobiotic communities (GLOBAL). OP 50 Wu et al. Detecting the phylogenetic signal of glacial refugia in a bryodiversity 214-27gW-124 63 hotspot outside the tropics. OP 51 Cerrejón et al. Small but visible: predicting the distribution and richness of rare 214-tU7S-164 64 bryophytes in boreal forests through remote sensing.