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D1.4 Collaboration results within Battery 2030+ initiative
October, 2026 • Project deliverable
Fängström, Torbjörn, Regårdh, Eva
The Battery 2030+ large‐scale research initiative builds a European collaborative battery research community. The collaboration between the projects and with the wider battery ecosystem in Europe…
The Battery 2030+ large‐scale research initiative builds a European collaborative battery research community. The collaboration between the projects and with the wider battery ecosystem in Europe is orchestrated by The CSA (the Communication and Support Action) with 21 partners and two associated partners. Uppsala University is main responsible. The results of the collaboration spans over several research areas, and related fields, as described in this deliverable.
Fig. 17 in New and poorly described bryozoans from the Catalano-Balearic area (NW Mediterranean)
September, 2026 • Figure • European Journal of Taxonomy
Zabala, Mikel, Madurell, Teresa
Fig. 17. Rhynchozoon trifolium sp. nov. A. Colony view (paratype MZB 2025-6369). B. Tri-foliate areolae (paratype MZB 2025-6366). C. Primary orifice normally obscured by uncinate process (paratype MZB…
Fig. 17. Rhynchozoon trifolium sp. nov. A. Colony view (paratype MZB 2025-6369). B. Tri-foliate areolae (paratype MZB 2025-6366). C. Primary orifice normally obscured by uncinate process (paratype MZB 2025-6367). D. Primary orifice sub-quadrate, with two quadrate condyles and with 17–19 fine denticulations (paratype MZB 2025-6368). E. Peristome well developed all around the primary orifice, with 4–5 knobs (paratype MZB 2025-6367). F. Suboral avicularium laying on the uncinate process, laterally directed, triangular, with a hooked rostrum (holotype MZB 2015-8309). G. Rare frontal avicularia (paratype MZB 2025-6366). H. Immersed ovicell with uncovered area of entooecium (white arrows) and mucro (paratype MZB 2025-6369).
Fig. 16 in New and poorly described bryozoans from the Catalano-Balearic area (NW Mediterranean)
September, 2026 • Figure • European Journal of Taxonomy
Zabala, Mikel, Madurell, Teresa
Fig. 16. Rhynchozoon quadrispinatum Zabala & Maluquer, 1988. A. Encrusting colony forming a small patch over maerl rhodolits (MZB 2025-6353). B. Marginal autozooids with spines (MZB 2016-3627). C.…
Fig. 16. Rhynchozoon quadrispinatum Zabala & Maluquer, 1988. A. Encrusting colony forming a small patch over maerl rhodolits (MZB 2025-6353). B. Marginal autozooids with spines (MZB 2016-3627). C. Primary orifice with 12 denticles, U-shaped sinus, a pair of blunt condyles and 4 spines (neotype MZB 2016-3607). D. Secondary orifice showing the big uncinate process and suboral avicularia (MZB 2025- 6357). E. Frontal avicularia (top right) and suboral avicularia (down left) (MZB 2016-3627). F. Ovicell developing short labellum and small mucros on top (MZB 2025-6351).
Fig. 15. A–C in New and poorly described bryozoans from the Catalano-Balearic area (NW Mediterranean)
September, 2026 • Figure • European Journal of Taxonomy
Zabala, Mikel, Madurell, Teresa
Fig. 15. A–C. Rhynchozoon pseudodigitatum Zabala & Maluquer, 1988. A. Big frontal avicularia on large avicellarium (MZB 2025-6348). B. Immersed ovicell in young, rough autozooids (MZB 2025- 6346).…
Fig. 15. A–C. Rhynchozoon pseudodigitatum Zabala & Maluquer, 1988. A. Big frontal avicularia on large avicellarium (MZB 2025-6348). B. Immersed ovicell in young, rough autozooids (MZB 2025- 6346). C. Ovicells with some frontal avicularia (neotype MZB 2025-6341). D. R. bispinosum (Johnston, 1847), primary orifice from Laxe (Galicia, NW Spain; Javier Souto leg.).
Fig. 14 in New and poorly described bryozoans from the Catalano-Balearic area (NW Mediterranean)
September, 2026 • Figure • European Journal of Taxonomy
Zabala, Mikel, Madurell, Teresa
Fig. 14. Rhynchozoon pseudodigitatum Zabala & Maluquer, 1988. A. Colony view (paratype MZB 2019- 0491). B. Autozooids in colony margin stacked as the shingles of a roof (paratype MZB 2025-6343). C…
Fig. 14. Rhynchozoon pseudodigitatum Zabala & Maluquer, 1988. A. Colony view (paratype MZB 2019- 0491). B. Autozooids in colony margin stacked as the shingles of a roof (paratype MZB 2025-6343). C. Young marginal autozooids with smooth surface (paratype MZB 2017-0686). D. Young autozooids with rough surface (paratype MZB 2019-0491). E. Primary orifice shallowly concave with 12–14 denticles and two flat condyles (neotype MZB 2025-6341). F. Orifices of young marginal zooids with 2 deciduous spines (paratype MZB 2019-0491). G. Suboral avicularia, triangular and hooked, with a pair of knobbed processes on each side of the tip (paratype MZB 2025-6344). H. Slender frontal avicularia; notice the uncinate process and the pseudosinus (white arrow) (neotype MZB 2025-6341).
Fig. 13. Rhynchozoon neapolitanum Gautier, 1962 A. Ovicell with quadrate labellum, MZB 2025-6338, Medes Islands. B in New and poorly described bryozoans from the Catalano-Balearic area (NW Mediterranean)
September, 2026 • Figure • European Journal of Taxonomy
Zabala, Mikel, Madurell, Teresa
Fig. 13. Rhynchozoon neapolitanum Gautier, 1962 A. Ovicell with quadrate labellum, MZB 2025-6338, Medes Islands. B. Two sprouts of spines on the distal margin of the orifice (white arrow), Catedral Ca…
Fig. 13. Rhynchozoon neapolitanum Gautier, 1962 A. Ovicell with quadrate labellum, MZB 2025-6338, Medes Islands. B. Two sprouts of spines on the distal margin of the orifice (white arrow), Catedral Cave, Mallorca Island; 39.7413° N, 3.46022° E; depth 9 m; M247, M. Zabala 1986.
Fig. 12 in New and poorly described bryozoans from the Catalano-Balearic area (NW Mediterranean)
September, 2026 • Figure • European Journal of Taxonomy
Zabala, Mikel, Madurell, Teresa
Fig. 12. Rhynchozoon garraboui sp. nov., holotype MZB 2025-6336. A. Encrusting colony. B. Autozooids regularly spaced with smooth and vitreous frontal wall. C. Primary orifice denticulated with V-shap…
Fig. 12. Rhynchozoon garraboui sp. nov., holotype MZB 2025-6336. A. Encrusting colony. B. Autozooids regularly spaced with smooth and vitreous frontal wall. C. Primary orifice denticulated with V-shaped sinus and two round condyles. D. Peristome with three knobs of similar size and frontal triangular avicularia (twined).
Fig. 11 in New and poorly described bryozoans from the Catalano-Balearic area (NW Mediterranean)
September, 2026 • Figure • European Journal of Taxonomy
Zabala, Mikel, Madurell, Teresa
Fig. 11. Cellepora sp.?, MZB 2025-6335. A. Colony view. B. Detail of autozooids with primary orifice. C. Erect autozooids with columnar avicularian cystid and low peristomes that enable the vision of …
Fig. 11. Cellepora sp.?, MZB 2025-6335. A. Colony view. B. Detail of autozooids with primary orifice. C. Erect autozooids with columnar avicularian cystid and low peristomes that enable the vision of primary orifices. D. Ovicell in formation.
Fig. 10 in New and poorly described bryozoans from the Catalano-Balearic area (NW Mediterranean)
September, 2026 • Figure • European Journal of Taxonomy
Zabala, Mikel, Madurell, Teresa
Fig. 10. Cellepora gilii sp. nov., holotype MZB 2015-8324. A. Erect colony growing on an algal holdfast. B. Young autozooids without peristome showing the primary orifices. C. Characteristic peristomi…
Fig. 10. Cellepora gilii sp. nov., holotype MZB 2015-8324. A. Erect colony growing on an algal holdfast. B. Young autozooids without peristome showing the primary orifices. C. Characteristic peristomial development forming a hood over the orifice. D. Avicularian columnar cystid showing the uneven marginal expansions and the characteristic pseudosinus. E. Avicularia of smaller size lacking marginal expansions and pseudosinus. F. Two ovicells; notice the presence of two pores and the deep development of the peristomial rim that encircles totally the ovicell.
Fig. 9 in New and poorly described bryozoans from the Catalano-Balearic area (NW Mediterranean)
September, 2026 • Figure • European Journal of Taxonomy
Zabala, Mikel, Madurell, Teresa
Fig. 9. Cellepora ballesterosi sp. nov., holotype MZB 2025-6331. A. Colony view. B. Marginal autozooids recumbent on the substratum. C. Older, erect autozooids lacking columnar avicularia. D. Primary …
Fig. 9. Cellepora ballesterosi sp. nov., holotype MZB 2025-6331. A. Colony view. B. Marginal autozooids recumbent on the substratum. C. Older, erect autozooids lacking columnar avicularia. D. Primary orifice with inconspicuous condyles and a symmetrically low peristome. E. Suboral avicularium almost wedged in the peristome. F. Ovicells; notice the presence of a sole pore.
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