- Categories
- Anemiaceae (15)
- Aspleniaceae (161)
- Athyriaceae (130)
- Blechnaceae (94)
- Culcitaceae (2)
- Cyatheaceae (60)
- Cystodiaceae (1)
- Cystopteridaceae (24)
- Davalliaceae (12)
- Dennstaedtiaceae (79)
- Desmophlebiaceae (4)
- Dicksoniaceae (10)
- Didymochlaenaceae (5)
- Diplaziopsidaceae (3)
- Dipteridaceae (9)
- Dryopteridaceae (345)
- Equisetaceae (13)
- Gleicheniaceae (35)
- Hemidictyaceae (1)
- Huperziaceae (2)
- Hymenophyllaceae (162)
- Hypodematiaceae (3)
- Isoëtaceae (2)
- Lindsaeaceae (21)
- Lomariopsidaceae (15)
- Lonchitidaceae (1)
- Loxsomataceae (2)
- Lycopodiaceae (127)
- Lygodiaceae (7)
- Marattiaceae (23)
- Marsileaceae (3)
- Matoniaceae (2)
- Metaxyaceae (3)
- Nephrolepidaceae (10)
- Oleandraceae (11)
- Onocleaceae (9)
- Ophioglossaceae (31)
- Osmundaceae (14)
- Plagiogyriaceae (3)
- Polypodiaceae (462)
- Psilotaceae (5)
- Pteridaceae (250)
- Saccolomataceae (10)
- Salviniaceae (2)
- Schizaeaceae (5)
- Selaginellaceae (51)
- Tectariaceae (35)
- Thelypteridaceae (126)
- Thyrsopteridaceae (1)
- Woodsiaceae (2)
Around the Web
Load More...
A great day doing a comprehensive Asplenium septentrionale count together with @NatResWales staff. Some positive site actions have already been done, and a good discussion on a management plan to look after this very special site. @FernBPS @fossilplants #FernFriday @cofnod
3
Exploring wild Aspleniaceae ferns as safety sources of polyphenols: The case of Asplenium trichomanes L. and Ceterach officinarum Willd http://dlvr.it/SZCRc3