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Ursinia Nana (Anthemideae, Asteraceae), an Adventive from South Africa Which Is Becoming Naturalized in the NE Iberian Peninsula

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Ursinia Nana (Anthemideae, Asteraceae), an Adventive from South Africa Which Is Becoming Naturalized in the NE Iberian Peninsula Collectanea Botanica (Barcelona) vol. 28 (2009): 81-94 ISSN: 0010-0730 doi: 10.3989/collectbot.2008.v28.010 Ursinia nana (Anthemideae, Asteraceae), an adventive from South Africa which is becoming naturalized in the NE Iberian Peninsula. Observations about its reproductive biology and fruit dispersal mechanisms J. MOLERO BRIONES Laboratori de Botànica, Facultat de Farmàcia, Universitat de Barcelona, 08028 Barcelona, Spain. Email: [email protected] Received 27 April 2009; Accepted 3 September 2009 Abstract The presence of Ursinia nana, an Anthemideae of South-African origin which has been introduced into the NE Iberian Peninsula, is reported for the fi rst time in Europe. The data offered cover its precise location, morphology, chromosome number, ecology and a population census, as well as its life cycle, fl oral structure, reproductive biology and fruit dispersal mechanisms. Of special note are the clear predominance of autogamy (geitonogamy) over xenogamy as a reproductive system and the large number of fruits produced with high and immediate germinative capacity. These characteristics permit rapid colonization by the introduced species, which can become invasive. However, fruit predation by the ant Messor bar- barus points to a natural mechanism that helps regulate population growth and makes biological control possible. Finally its possibilities of expansion in the colonized area and of naturalization in the NE Iberian Peninsula are assessed. Key words: annuals; autogamy; Catalonia; fl oral structure; fruit predation; geitonogamy; Messor barbarus; naturaliza- tion process; pollination ecology; Spain; Ursinia. Resumen Ursinia nana (Anthemideae, Asteraceae), una adventicia de Sudáfrica en proceso de naturalización en el noreste de la pe- nínsula Ibérica. Observaciones sobre su biología reproductiva y sus mecanismos de dispersión de los frutos.- Se indica por primera vez para el continente europeo la presencia de Ursinia nana, una Anthemideae de origen sudafricano introducida en el NE de la Península Ibérica. Además de su localización precisa, morfología, número cromosómico, ecología y de un censo de sus poblaciones, se ofrecen datos sobre el ciclo vital, estructura fl oral, biología reproductiva y dispersión de los frutos. Son remarcables el claro dominio de la autogamia (geitonogamia) sobre la xenogamia como sistema reproductivo y la alta producción de frutos con elevada e inmediata capacidad germinativa, características que permiten una colonización rápida de esta especie introducida que pudiera devenir invasora. No obstante la predación de sus frutos por la hormiga Messor barbarus evidencian un mecanismo natural que interviene en la regulación del crecimiento de sus poblaciones, lo que puede permitir su control biológico. Finalmente se analizan las posibilidades de expansión en el área colonizada y de su posible naturalización en el NE de la Península Ibérica. Palabras clave: autogamia; Cataluña; depredación de los frutos; España; especies anuales; estructura fl oral; geitonogamia; polinización; Messor barbarus; proceso de naturalización; Ursinia. 82 J. MOLERO BRIONES Resum Ursinia nana (Anthemideae, Asteraceae), una adventícia d’Àfrica del sud en procés de naturalització al nord-est de la península Ibèrica. Observacions sobre la seva biologia reproductiva i els seus mecanismes de dispersió dels fruits.- La presència d’Ursinia nana, una Anthemideae d’origen sud-africà introduïda al NE de la Península Ibèrica, s’assenyala per primera vegada al continent europeu. A més de la seva precisa localització, morfologia, nombre cromosòmic, ecologia i un cens de les seves poblacions, s’ofereixen dades sobre el cicle vital, estructura fl oral, biologia reproductiva i dispersió dels fruits. Cal remarcar el clar domini de la geitonogàmia sobre la xenogàmia com a sistema reproductiu i l’abundant producció de fruits amb elevada i immediata capacitat germinativa, ca- racterístiques que permeten a aquesta espècie introduïda una ràpida colonització que podria esdevenir invasora. Malgrat tot, la predació dels seus fruits per la formiga Messor barbarus posa de manifest un mecanisme natural que intervé en la regulació del creixement de les seves poblacions, la qual cosa permet un cert control biològic. Finalment s’analitzen les possibilitats d’expansió en el ària colonitzada i la seva possible naturalització en el NE de la Península Ibèrica. Paraules clau: autogàmia; Catalunya; Espanya; espècies anuals; estructura fl oral; geitonogàmia; Messor barbarus; pol·linització; predació dels fruits; procés de naturalització; Ursinia. INTRODUCTION Though it is an exotic plant with respect to the local fl ora, it has adapted perfectly to the In the course of a fl oristic prospection campaign colonized enclave because it originated in a si- in the Priorat comarca (Catalonia, Tarragona milar Mediterranean-type climate, and in Falset Province, Spain) in May 2006, we detected a it fi nds a fl owering time and habitat which bears large population of small, early-fl owering annual a certain likeness to the genuine habitat of the Anthemideae with attractive yellow fl owers in South African fynbos. Thus it affords an exce- the vicinity of Falset, towards Gratallops. After llent opportunity for a medium- and long-term a laborious study, the species was identifi ed as comparison of the life strategies of native species Ursinia nana subsp. nana (Anthemideae, Astera- and alien species from South Africa which have ceae) (Fig. 1), a plant of South African origin that adapted to a similar Mediterranean-type climate. has never previously been cited as an adventive However we felt it was desirable to give a pre- in the Iberian Peninsula or Europe. liminary publication to certain essential aspects. Of all the species in the genus, U. nana has Some initial goals to set are: the largest distribution area. Subsp. nana is 1. To precise some morphological-descriptive found throughout SW Africa (Prassler, 1967), and taxonomic aspects. For example, the only Cape Province (Bond & Goldblatt, 1984), South reasonably complete description of the plant since Africa (Retief & Herman, 1997), Pretoria (Wyk De Candolle’s protologue is by Prassler and was & Malan, 1988), Rhodesia, Botswana, Lesotho written in Latin and German (1967). Some short and Natal (Hilliard, 1977), Ethiopia, Eritrea and or very short diagnostic reports in English are to W Australia (Prassler, 1967) (Fig. 2). There is be found in various South African fl oras (Hilliard, discussion about its spontaneous presence in the 1977; Bond & Goldblatt, 1984; Retief & Herman, countries along the Nile, but it is an introduced 1997, and others). Consequently we considered it species in Australia and New Zealand, where it opportune to provide a more detailed description behaves as a weed and tends to spread rapidly of the Spanish population, along with the fi rst (Scott & Panetta, 1993). complete iconography of the plant. In South Africa, species of Ursinia tend usually 2. To shortly describe the special distribution of to be semi-nitrophilous, living on acid, sandy, the invasive colony by placing the subpopulations, disturbed ground. Herman (pers. comm.) indicates quantifying them when possible and describing the that U. nana susp. nana should be considered a habitat where they live. pioneer species in disturbed places and a weed in 3. To investigate the possible origin of the certain semi-nitrophilous places. Hilliard (1977) introduction by observations on the fi eld, eth- comments that in Natal it lives in somewhat ru- nofl oristic survey to the area’s inhabitants and deralized pastures between 600 and 1600 m. bibliographic research. Collectanea Botanica vol. 28 (2009): 81-94, ISSN: 0010-0730, doi: 10.3989/collectbot.2008.v28.010 Ursinia nana (Anthemideae, Asteraceae), an adventive from South Africa which is becoming naturalized in the NE Iberian Peninsula 83 1 mm 2 mm 4 mm 1 mm 2 mm 2 cm 4 mm Figure 1. Ursinia nana subsp. nana (Falset, J. Molero 32/2006 & J. Vallverdú, BCN 46738). (A), habit; (B), leaf from the middle part of the stem; (C), radiate capitulum with marginal ligulate fl owers and multiseriate involucre; (D), insertion in the thalamus of a central tubulous fl ower covered by its ± utricular palea (receptacular scale); (E), (F), (G), descending series of bracts on the multiseriate involucre; (H), cypsela with its perianth scales, side view; (I), polar view of the cypsela, showing the narrow internal linear scales; (J), closed tubulous fl ower; (K), stamens; (L), pistil; (M), sterile marginal ligulate fl ower. Collectanea Botanica vol. 28 (2009): 81-94, ISSN: 0010-0730, doi: 10.3989/collectbot.2008.v28.010 84 J. MOLERO BRIONES 4. To bring new observations about vegetative premature falling, and defi cient ripening of the and fl oral structures and reproductive biology of capitulum when viable. The pots were placed toge- the Spanish colony in order to compare it with ther in the greenhouse and protected from draughts South-African populations of the same species or with circular plastic sheets so as to preclude the with other African annual species of Ursinia with possibility of anemophily. Seed production was a similar habitat, if there is previous literature. analysed in 60 capitula taken from all the selected 5. To look for possible predation processes of plants, though quite a few cypselae did not reach insects and other animals on leaves, fl owers or total maturity. Their viability was not investigated seeds of the Spanish colony that may lead us to afterwards. a possible biological control of the invasion. Germination tests on fruits of U. nana were 6. To reason out the possible future scenario carried out by two methods. In the laboratory for this invasive colony, if it goes towards its seeds were sown in Petri dishes on fi lter paper complete naturalization in that area or towards moistened with distilled water and a fungicide extinction. (Thisulam1535-Novara) at room temperature These observations serve as an introduction to (26ºC) in the presence of light (advisable for small a more exhaustive later study. seeds: Schütz et al., 2002). In the greenhouse at the JBB (25ºC, 60% humidity, indirect daylight) they were sown in germinators in a sandy substratum MATERIAL AND METHODS containing peat.
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