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1
Our scientific collections
are becoming more accessible
Nearly 1.6 million specimens of vascular plants, bryophytes, algae, fungi (including lichens) and myxomycetes from around the world are in the scientific collections of our Institute. Thanks to the OZwRCIN project, they have gained a new, digital face.
2
Our scientific collections
are becoming more accessible
Nearly 1.6 million specimens of vascular plants, bryophytes, algae, fungi (including lichens) and myxomycetes from around the world are in the scientific collections of our Institute. Thanks to the OZwRCIN project, they have gained a new, digital face.
3
Our scientific collections
are becoming more accessible
Nearly 1.6 million specimens of vascular plants, bryophytes, algae, fungi (including lichens) and myxomycetes from around the world are in the scientific collections of our Institute. Thanks to the OZwRCIN project, they have gained a new, digital face.
4
Our scientific collections
are becoming more accessible
Nearly 1.6 million specimens of vascular plants, bryophytes, algae, fungi (including lichens) and myxomycetes from around the world are in the scientific collections of our Institute. Thanks to the OZwRCIN project, they have gained a new, digital face.
5
Our scientific collections
are becoming more accessible
Nearly 1.6 million specimens of vascular plants, bryophytes, algae, fungi (including lichens) and myxomycetes from around the world are in the scientific collections of our Institute. Thanks to the OZwRCIN project, they have gained a new, digital face.
6
Our scientific collections
are becoming more accessible
Nearly 1.6 million specimens of vascular plants, bryophytes, algae, fungi (including lichens) and myxomycetes from around the world are in the scientific collections of our Institute. Thanks to the OZwRCIN project, they have gained a new, digital face.
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Recent publications

Szymkowiak J., Bogdziewicz M., Celary W., Piechnik Ł., Ledwoń M., Szarek-Łukaszewska G., Seget B., Kondrat K., Zubek K., Żywiec M. 2025. Dynamic pollinator networks maintain pollination efficiency during mast flowering in an insect-pollinated tree. Oikos in press. DOI

Cieśliński A., Baczewski M., Cywa K., Mueller-Bieniek A., Woźniak M. 2025. The Mazovian Centre of Metallurgy: landscape and environmental conditions of mass iron production in Central Europe. Antiquity in press. DOI

Crous P.W., Catcheside D.E.A., Catcheside P.S., Alfenas A.C., Alfenas R.F., Barreto R.W., Lebel T., Balashov S., Broadbridge J., Jurjević Ž. et al. 2025. Fungal Planet description sheets: 1781‐1866. Persoonia 54: 327–587. DOI

Dong W., Hyde K.D., Jeewon R., Karunarathna S.C., Zhang H., Rossi W., Leonardi M., Kezo K., Kaliyaperumal M., Shu Y.-X. et al. 2025. Fungal diversity notes 2017–2122: taxonomic and phylogenetic contributions to freshwater fungi and other fungal taxa. Fungal Diversity in press. DOI

Nowak K., Gan P., Stos-Gale Z., Cywa K., Karasiński J. 2025. ‘You load sixteen tons, what do you get?’. The Jodłowno Hoard (Pomerania, Poland) as evidence of long-distance contacts in the Early Iron Age. Archaeometry in press. DOI

Lenarczyk J., Piątek J., Wołowski K. 2025. Towards rebuilding algae communities in post-mining ditches. Ecological Indicators 179: 114263. DOI

Czachura P., Piątek M. 2025. The genus Aureobasidium from sooty mould communities in Poland, including A. epipinicola sp. nov. and A. insectorum, new to Europe. Plant Pathology 74: 1593–1611. DOI

Lenarczyk 2025. Interplay between algae and phthalates in the aquatic environment: review and perspectives. Aquatic Toxicology 287: 107492. DOI

Pilch J., Margielewski W., Stachowicz-Rybka R., Buczek K. 2025. The Bølling-Older Dryas-Allerød transition (ca. 14,600–13,500 cal BP) in the palaeoecological record of the Kotoń landslide fen (the Outer Western Carpathians, S Poland) – From the local to extraregional perspective. Radiocarbon in press. DOI

Wiatrowska B., Piechnik Ł., Lechowicz K., Kurek P., Dylewski Ł., Ślesak I., Nowiński M., Andrzejewska A., Wójcik T., Stefaniak P., et al. 2025. The effect of soil physicochemical properties on intraspecific variability of pollen morphology in Staphylea pinnata L. Scientific Reports 15: 28231. DOI

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