Víctor González-García
@gonzalezgvictor.bsky.social
240 followers 290 following 54 posts
🌿 Asturies 🌳 PhD at IMIB-UniOvi 🌲 Atlantic Botanical Garden of Gijón/Xixón 🌾 Botanist 🌱 https://www.researchgate.net/profile/Victor-Gonzalez-Garcia-2
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Reposted by Víctor González-García
georghaehn.bsky.social
Today I presented at #iDivconference2025 on using the microclimf R-package to model within-forest climate conditions for vegetation science 🌳🌡️. The model is performing really well so far—exciting insights ahead!
Full results coming soon at #BES2025 this December 🌱
gonzalezgvictor.bsky.social
During the last day of the conference we visited one of the last Abies pinsapo forests, a tree endemic only to Málaga and Cadiz in Southern Spain.

Also we were able to visit the Botanical Garden El Castillejo, where Abies pinsapo and other endangered plants are reproduced for their conservation.
gonzalezgvictor.bsky.social
Last week I could attend the II SEBOT conference in Seville, where I presented my research focused on the natural communities of Scots pine (Pinus sylvestris) in the Iberian Peninsula.

@sebot.bsky.social
Reposted by Víctor González-García
aliciavaldesr.bsky.social
El viernes 26 estaremos en #Gijón en la #EuropeanResearchersNight con el stand "Las plantas viajeras" @universidadoviedo.bsky.social @imibasturias.bsky.social #science4all #MSCANight #NIGHTSpain
gonzalezgvictor.bsky.social
This research represents the most profound study of the family Orchidaceae in Asturias, which can be qualified as an European hotspot for orchids

@sebot.bsky.social
@sebicop.bsky.social
@jovenesbotanica.bsky.social
@uodivulga.bsky.social
@imibasturias.bsky.social
@natusferaes.bsky.social
@gbif.es
gonzalezgvictor.bsky.social
As expected, most Asturian orchids were found to prefer open and sunny spaces, (i.e., grasslands, shrubalnds), with only a few growing on shady forests.

Yet, soil pH was found as one of the main drivers in their distribution, as their diversity decreases eastwards, where acid soils are dominant.
Represention of the most important variables in the understanding of the ecology of the orchid family in the Principality of Asturias.
gonzalezgvictor.bsky.social
Thus, we have determined that in Asturias we can find, at least, 52 confirmed species, more than all of Portugal, and 13 hybrids.

Some of these taxa were recorded for the first time for the region, such as Ochis spitzelii, Ophrys lutea, O. speculum or Gymnadenia conopsea.
Orchis spitezlii Ophrys lutea Ophrys speculum Gymnadenia densiflora
gonzalezgvictor.bsky.social
🚨Paper alert!🚨

Just published in Mediterranean Botanty at
revistas.ucm.es/index.php/MB...

In this study we focused on the orchid diversity of the Principality of Asturias (NW Spain) and the drivers behind such diversity.
Orchids of the Principality of Asturias (Northwestern Spain) | Mediterranean Botany
In this study we present a review of the orchid family in the Principality of Asturias, Northwestern Spain. The study area comprises 10,000 km² for which we have compiled and curated up to 9197 records coming from several sources: fieldwork, herbaria, specialized publications, gray-literature, citizen science platforms, Global Biodiversity Information Facility (GBIF) and social media. The territory comprises 52 confirmed species and 13 hybrids, with other 16 possibly present species being discussed and still other 6 explicitly dismissed. Gymnadenia densiflora (Wahlenb.) A. Dietr. and all nothotaxa, except those in Serapias, represent novelties for the area. For each of the 52 species we provide a brief description of their habitat, altitudinal range and flowering period. Additionally, we present a statistical exploration of the main drivers of orchids’ ecology and distribution in the territory. Our review demonstrates how the Principality of Asturias, despite its marginal geographic position—away from major diversification centers—, and the scarcity of detailed floristic studies and, in particular, of those specifically focused on orchids, qualifies as a significantly orchid-rich region within the European context, even when judged by the demanding standards of the rich Iberian flora. The role of citizen science, particularly triggered by these cherished plants, has been and will continue to be crucial in perfecting our knowledge of Asturian orchids.
revistas.ucm.es
Reposted by Víctor González-García
Reposted by Víctor González-García
gbif.es
¿Sabías que las plantas #invasoras florecen más tarde y por más tiempo que las nativas? Un estudio con datos de @gbif.org e @inaturalist.bsky.social - @natusferaes.bsky.social así lo ha observado para el norte de la Península Ibérica:
▶️ doi.org/10.1093/aob/... 👇
(A) Ecorregiones de Europa occidental, obtenidas del conjunto de datos RESOLVE Ecoregions (Ecoregions2017 ©Resolve; https://ecoregions.appspot.com/). El rectángulo negro incluye la ecorregión del estudio (en verde) y parte de otras ecorregiones. (B) Ecorregión del estudio. Los colores más oscuros representan mayores altitudes (≤2626 m). Los puntos rojos indican presencias registradas de especies invasoras (descargadas de diferentes bases de datos; ver el texto principal). Las imágenes de flores dentro de cada tipo de hábitat representan especies invasoras comunes (izquierda) y nativas (derecha) que ocurren en dichos hábitats. Los colores rojo y azul representan la fenología de la floración de las especies invasoras y nativas, respectivamente.
gonzalezgvictor.bsky.social
These findings highlight the importance of considering phenology of invasive and native species in prediction, early response and management of biological invasions.

@sebot.bsky.social @imibasturias.bsky.social @jovenesbotanica.bsky.social @invaplant.bsky.social @uodivulga.bsky.social
gonzalezgvictor.bsky.social
This temporal mismatch could allow invasive plants to avoid direct competition during key periods of their life cycle.

Also, a prolonged flowering might confer a competitive advantage to invaders by maximizing the access to resources when most native plants have completed their reproductive cycle.
Ipomoea indica Tradescantia fluminensis Carpobrotus acinaciformis Arctotheca calendula
gonzalezgvictor.bsky.social
We have found that invasive species display a delayed and longer flowering phenology when compared to native species, especially those invaders from temperate and tropical occurring in man-made habitats.
gonzalezgvictor.bsky.social
In this study we have compared the flowering start, ending and duration of invasive against native plants co-occurring at the same elevations in the Cantabrian Mixed Forests Ecoregion, taking into account also the habitat where they grow and their climatic and geographic origin.
gonzalezgvictor.bsky.social
Some of them need to be checked in the lab to be sure of the species, like Dryopteris aemula, characterized by its glandular sori, or Cystopteris diaphana (= D. viridula), with a quite peculiar ornamentation in its spores.
Dryopteris aemula Sori of Dryopteris aemula, with their characteristic glands Cystopteris diaphana (= D. viridula) Spike-ornamented spores of Cystopteris diaphana (= C. viridula)
gonzalezgvictor.bsky.social
Some of these ferns can become dominant and create their own communities, like the huge Woodwardia radicans or Culcita macrocarpa.

However, other species are rarer and must be sought in very specific refugia, like Vandenboschia speciosa of Hymenophyllum tunbrigense, which grow in very humid walls.
Llames waterfall in Villaviciosa (photo: Eduardo Fernández Pascual) Woodwardia radicans in Villaviciosa (photo: Eduardo Fernández Pascual) Woodwardia radicans community in Villaviciosa (photo: Eduardo Fernández Pascual) Vandenboschia speciosa
gonzalezgvictor.bsky.social
Yesterday we visited some places in Asturias where unusual ferns can be seen.

These ferns are more typical from tropical and subtropical regions, like Macaronesia.

Yet, they have survived to several climatic shifts and thrive in humid and warm valleys close to the coast, like Nueva, in Llanes.
Culcita macrocarpa community in Nueva (Llanes, Asturias) (photo: Eduardo Fernández Pascual) Culcita macrocarpa community in Nueva (Llanes, Asturias) (photo: Eduardo Fernández Pascual) Culcita macrocarpa Hymenophyllum tunbrigense
Reposted by Víctor González-García
annbot.bsky.social
🎉 Good news! The paper ‘🎉 Good news! The paper ‘Invasive plants have a delayed and longer flowering phenology than native plants in an ecoregional flora’ in @annbot.bsky.social by Adrián Lázaro-Lobo and co-authors is now #free for a limited time 🧵(1/7)

👉 doi.org/ppkm

#AoBpapers #PlantScience
Invasive plants have a delayed and longer flowering phenology than native plants in an ecoregional flora
Reposted by Víctor González-García
biomaratonflora.bsky.social
Hoy ha comenzado el #VBiomaratón de Flora Española. ¡A esta hora ya tenemos más de 2000 observaciones en nuestro proyecto de @inaturalist.bsky.social! Puedes seguir las observaciones en tiempo real en www.inaturalist.org/projects/v-b...

@sebot.bsky.social @sebicop.bsky.social
Reposted by Víctor González-García
milanchytry.bsky.social
EVA-MAP: www.EVAMAP.eu
We have launched a new online map of vegetation plots in the European Vegetation Archive (EVA) and ReSurveyEurope database. You can select plots using a filtering form or drawing an area in the map, explore plot metadata and export lists of selected plots with metadata.
gonzalezgvictor.bsky.social
In this study we tested if the floristic dissimilarities of eight different forests from the temperate Europe are caused by environmental filters (e.g., climate) or the dispersal limitation of their plants (i.e., their current or past isolation).

Stay tuned for further updates!
gonzalezgvictor.bsky.social
This week I have been in Perugia attending to the 33 European Survey Vegetation (EVS) where I could present the results of my last research about European forests using vegetation data from the European Vegetation Archive (EVA) @euroveg.bsky.social @iavs5.bsky.social