First Report of the Parasitic Plant Phelipanche ramosa on Berseem Clover (Trifolium alexandrinum) in Tunisia

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First Report of the Parasitic Plant Phelipanche ramosa on Berseem Clover (Trifolium alexandrinum) in Tunisia
Short Communication

First Report of the Parasitic Plant Phelipanche ramosa on
Berseem Clover (Trifolium alexandrinum) in Tunisia

Moez Amri, Centre Régional de Recherche en Grandes Cultures de Béja,
Laboratoire des Grandes Cultures, Université Carthage, Route de Tunis, km 5, 9000
Béja, Tunisia, Zouhaier Abbes, Meriam Bouhadida, and Mohamed Kharrat,
Institut National de la Recherche Agronomique de Tunisie, Laboratoire des Grandes
Cultures, Université Carthage, Rue Hédi Karray, 2080 Ariana, Tunisia
__________________________________________________________________________
ABSTRACT
Amri, M., Abbes, Z., Bouhadida, M., and Kharrat, M. 2013. First report of the
parasitic plant Phelipanche ramosa on berseem clover (Trifolium alexandrinum) in
Tunisia. Tunisian Journal of Plant Protection 8: 127-132.

Branched broomrape (Phelipanche ramosa) is a parasitic plant that has been described as an
agricultural problem on many host crops in the world. In Tunisia, this broomrape was found
parasitizing berseem clover (Trifolium alexandrinum) in some commercial fields in Beja region in
north of Tunisia. P. ramosa attachments on the roots of berseem clover plants were observed and the
number of tubers in different berseem clover fields varied from 0.83 ± 1.33 to 3 ± 3.69 tubers/m². This
situation can be considered a further threat for many potential host crops cultivated in these fields at the
Beja region.

Keywords: Attachment, broomrape, Phelipanche ramosa, Trifolium alexandrinum, Tunisia
_________________________________________________________________________

        Broomrapes (Orobanche spp. and                     noxious pests of economically important
Phelipanche spp.) are destructive                          crops. These are O. crenata, O. cumana,
holoparasitic flowering plants that                        O. minor, Phelipanche aegyptiaca and P.
completely depend on their host for all                    ramosa (10). Musselman (18) has
nutritional requirements. Under natural                    reported that the branched broomrape P.
conditions, interactions between parasitic                 ramosa is the most widespread
plants and their hosts first occur at the                  broomrape in the world, spreading from
underground level following seed                           Central Europe to North Africa, Pakistan,
germination of the parasite in response to                 Afghanistan, north India, China and
specific chemical root exudates released                   South Africa. The parasitic weed has also
from the host plant (1). Broomrapes                        been found in USA (7), Cuba (17), Chile
attack many crop species over the world.                   (19) and Australia (20). P. ramosa
Among all identified species only five are                 parasitizes a number of host species
                                                           belonging to various botanical families
Corresponding author: Moez Amri                            (20) and represents a real threat for many
Email: amrmoez@gmail.com
                                                           host crops. The main parasitized crops
                                                           belong to the Solanaceae family,
Accepted for publication 25 October 2013
                                                           including tomato (4), potato (12) and

Tunisian Journal of Plant Protection                 127                                Vol. 8, No. 2, 2013
First Report of the Parasitic Plant Phelipanche ramosa on Berseem Clover (Trifolium alexandrinum) in Tunisia
tobacco (2). Other hosts include species        basis with glabrous anthers or shortly
from Cruciferae and Leguminosae                 haired, and unilocular capsule with two
families      (Parker    1994),    cannabis     valves adherent at the basis. To confirm
(Canabis sativa) and rapeseed (Brassica         the attachments of the parasitic plant to
napus)       from      Cannabaceae       and    the host roots, berseem clover plants were
Brassicaceae families, respectively (3,         gently dug up and the root systems were
11).      Berseem      clover     (Trifolium    washed. Clear P. ramosa attachments
alexandrinum) is an erect cool-season           were observed (Fig. 4). In order to
forage legume crop. It can grow 60–80           determine the level of infestation, six
cm tall and can be mowed several times          plots of 1 m² each were randomly chosen
for forage then ploughed as green               in three berseem clover infested fields for
manure, yielding 33–66 kg/ha of nitrogen        which the number of P. ramosa tubers
(16). Inter-cropping berseem clover with        was determined. Results showed that the
cereals, such as oats, provide high quality     numbers of P. ramosa tubers varied
silage or hay, increases yield and quality      among the plots and were 0.83 ± 1.33,
of cereal forage crops and reduces              1.33 ± 1.03 and 3.0 ± 3.69.
fertilizer needs (22).                                  Berseem clover was reported to be
        In Tunisia, O. crenata (syn. O.         parasitized by O. foetida in an infested
speciosa) and O. foetida are known as the       field in Tunisia (15) and by O. crenata in
two major important Orobanche species           a pot experiment (5). Other studies have
that cause a serious problem for legume         reported berseem clover to be a catch
crops (13). However, P. ramosa has been         crop, effective in reducing O. crenata
reported only in very limited infestation       emergence in faba bean and to have
levels in some regions of Tunisia (14).         potential for broomrape control in
During a survey conducted in March              rotations (6) which explains and confirms
2011, P. ramosa was found for the first         reductions of O. crenata infestations on
time parasitizing berseem clover cultivars      faba bean or pea intercropped with
in different fields in the region of Beja in    berseem clover (8). Fernandez et al. (9)
north of Tunisia (Fig. 1). The broomrape        demonstrated that P. ramosa seeds
morphology and biology were typical of          germinate with berseem clover root
P. ramosa plant with branched stems             exudates. However, this is the first report
(Figs. 2 and 3), bract and bracteoles           of P. ramosa infecting berseem clover in
equaling a lanceolated division calyx,          Tunisia and that could be, especially in
corolla blue-purple with curved tube,           the region of Beja, a further threat for
bilobed and ciliated upper and lower lips       potential host cultivated crops in this area
with three spreading lobes and hairy            such as potato, tomato and pepper.
external face, four hairy stamens in the
__________________________________________________________________________
RESUME
Amri M., Abbes Z., Bouhadida, M. et Kharrat, M. 2013. Premier signalement de la
plante parasite Phelipanche ramosa sur le trèfle d'Alexandrie (Trifolium alexandrinum)
en Tunisie. Tunisian Journal of Plant Protection 8: 127-132.

L’orobanche ramifiée (Phelipanche ramosa) est une plante parasite qui a été décrite comme un
problème majeur pour plusieurs cultures dans le monde. En Tunisie, cette espèce a été trouvée
parasitant le trèfle d'Alexandrie (Trifolium alexandrinum) dans certains champs de la région de Béja

Tunisian Journal of Plant Protection             128                             Vol. 8, No. 2, 2013
First Report of the Parasitic Plant Phelipanche ramosa on Berseem Clover (Trifolium alexandrinum) in Tunisia
Fig. 1. Phelipanche ramosa broomrape                       Fig. 2. Lateral view of Phelipanche ramosa
 parasitizing berseem clover plant (Trifolium               blue-purple flower showing the corolla and
 alexandrinum) in a commercial field.                       the calyx.

                   Fig. 3. The Phelipanche ramosa reproductive organs (the pistil on the
                   left and the 4 stamens).

Tunisian Journal of Plant Protection                129                                    Vol. 8, No. 2, 2013
First Report of the Parasitic Plant Phelipanche ramosa on Berseem Clover (Trifolium alexandrinum) in Tunisia
Trifolium alexandrinum) roots, b: Magnification ×10.
Fig. 4. a: Attachment of Phelipanche ramosa to berseem clover (Trifolium

Tunisian Journal of Plant Protection                   130                                  Vol. 8, No. 2, 2013
dans le Nord de la Tunisie. L’attachement de P. ramosa aux racines des plantes de trèfle d'Alexandrie a
été observé et le nombre de tubercules dans les différents champs cultivés de trèfle d'Alexandrie variait
entre 0,83 ± 1,33 et 3 ± 3,69 tubercules/m². Cette situation peut être considérée comme une nouvelle
menace pour plusieurs espèces cultivées dans les champs de la région de Beja.

Mots clés: Attachement, Orobanche, Phelipanche ramosa, Trifolium alexandrinum, Tunisie
__________________________________________________________________________

Phelipanche % &' ‫) ت ا‬     !" ‫ أول‬.2013 .‫ا اط‬       ‫ة و‬        ‫س و‬    ‫وزھ‬                            ،‫ي‬   ‫ا‬
                                .-+ " %. (Trifolium alexandrinum) * ‫ ت ا‬+ ,                          ramosa
Tunisian Journal of Plant Protection 8: 127-132.

‫أ ء‬      !‫" ﻣ‬# ‫را ت‬% ‫ا ' ﻣ& ا‬      ‫ة‬       ‫زرا‬      ‫ ﻣ‬Phelipanche ramosa ‫ع‬      ‫ا كا‬
"# (Trifolium alexandrinum) ( 2 ‫ت ا‬        0 1 ‫ا ا * ع ﻣ& ا ك ﻣ‬+‫ھ‬    ‫( ا ' ر‬- ،/ - "#‫ و‬.( ‫ا‬
‫اد‬A ‫ او>? أ‬-‫ ( و‬2 ‫ور ا‬+@8 ‫>= ا < ق ا ك‬0‫ ? ﻣ‬- . 3 ‫د ا‬0 ‫ ل ا‬6 "# 7 8 91* 8 ‫ ل‬9 ‫ ا‬: 8
‫ة‬A # E‫ا إ‬A A - DE ‫ا ا‬+‫ & ا ر ھ‬.2‫م‬/ ‫ در‬3,69± 3 ‫ إ‬1,33± 0,83 &‫ ( ا ! ﻣ‬2 ‫ ل ا‬9> "# ‫ر ت‬A ‫ا‬
                               . 7 8 91*‫" ﻣ‬# ‫ ل‬9 ‫ه ا‬+‫" ھ‬# ‫رو‬% ‫ا‬      ‫ ا‬F ‫ ا‬G H ‫أ اع ﻣ& ا‬

            Trifolium alexandrinum ،Phelipanche ramosa ،‫ ھ ك‬،/ - ،‫ ا < ق‬: > ‫ت ﻣ‬
__________________________________________________________________________

LITERATURE CITED
1. Bouwmeester, H.J., Matusova, R., Zhongkui,                    Parasitic Weeds, Parker, C., Musselman, L.J.,
     S., and Beale, M.H. 2003. Secondary                         Polhilland, R.M., and Wilson, A.K. (Ed.).
     metabolite signalling in host–parasitic plant               May, 7-11, 1984, Aleppo, Syria.
     interactions. Curr. Opin. Plant Biol. 6: 358-          8. Fernandez Aparicio, M., Emeran, A.A., and
     64.                                                         Rubiales, D. 2010. Inter-cropping with
2. Buschmann, H., Gonsior, G., and Sauerborn, J.                 berseem clover (Trifolium alexandrinum)
     2005a. Pathogenicity of branched broomrape                  reduces infection by Orobanche crenata in
     (O. ramosa) population on tobacco cultivars.                legumes. Crop Prot. 29: 867-871.
     Plant Pathol. 54: 650-656.                             9. Fernandez Aparicio, M., Flores, F., and
3. Buschmann, H., Komle, S., Gonsior, G., and                    Rubiales, D. 2009. Recognition of root
     Sauerborn, J. 2005b. Susceptibility of                      exudates by seeds of broomrape (Orobanche
     rapeseed (Brassica napus ssp. napus) to                     and Phelipanche) species. Annals of Botany
     branched broomrape (O. ramosa L.). J. Plant                 103: 423-31.
     Dis. Prot. 112: 65-70.                                 10. Garcia-Torres,     L.     1994.        Progress
4. Cagan, L. and Toth P. 2003. A decrease in                     in Orobanche control, an overview. Biology
     tomato yield caused by branched broomrape                   and Management of Orobanche. Pages 390-
     parasitization. Acta Fytotech. Zootech. 6: 65-              399. In: Proceedings of the Third
     68.                                                         International Workshop on Orobanche and
5. Chabrolin, C. 1939. Contribution à l’étude de la              related Striga Research.    Pieterse,    A.H.,
     germination des graines de l’orobanche de la                Verkleij, J.A.C., and Ter Borg, S.J. (Ed.).
     fève. Extrait des Annales du Service                        Royal Tropical Institute. November, 08-12,
     Botanique et Agronomique de la Tunisie 15-                  1993, Amsterdam, The Netherlands.
     16: 57.                                                11. Gonsior, G., Buschmann, H., Szinicz, G.,
6. Cooke, D. 2002. Control of Branched                           Otmar, S., and Sauerborn, J. 2004. Induced
     Broomrape: A literature review. Animal and                  resistance: An innovative approach to
     Plant Control Commission of SA (ed.).                       manage branched broomrape (Orobanche
     Department of water, Land and Biodiversity                  ramosa) in hemp and tobacco. Weed Science
     Conservation, Adelaide, Australia, 39 pp.                   52: 1050-1053.
7. Eplee, R.E. 1984. Orobanche ramosa in the                12. Haidar, M.A., Bibi, W., and Sidahmed, M.M.
     United States. Pages 40-42. In: Proceedings                 2003. Response of branched broomrape
     of the Third International Symposium on                     (Orobanche       ramosa)      growth      and
Tunisian Journal of Plant Protection                  131                                 Vol. 8, No. 2, 2013
development to various soil amendments in                       610. In: Proceedings of the Third
        potato. Crop Prot. 22: 291-294.                                 International Workshop on Orobanche and
13.   Kharrat, M. and Souissi, T. 2004. Research on                     related Striga Research.       Pieterse,    A.H.,
        Orobanche foetida and O. crenata in Tunisia.                    Verkleij, J.A.C., and Ter Borg, S.J. (Ed.).
        Integrated management of orobanche in food                      Royal Tropical Institute, November, 08-12,
        legumes in the Near East and North Africa.                      1993, Amsterdam, The Netherlands.
        Pages 106-110. In: Proceedings of the expert            18.   Musselman, L.J. 1994. Taxonomy and spread
        consultation on IPM for Orobanche in Food                       of Orobanche. Biology and Management
        Legume Systems in the Near East and North                       of Orobanche. Pages 27-35. In: Proceedings
        Africa. Dahan, R., and El Mourid, M. (Ed.).                     of the Third International Workshop
        April, 7-9, 2003, Rabat, Morocco.                               on Orobanche and         related Striga Research.
14.   Kharrat, M., Ayadi, N., Belhadj, R., Amraoui,                     Pieterse, A.H., Verkleij, J.A.C., and ter Borg,
        S., Kouki, C., Ben Othmen, K., and Ben                          S.J., (Ed.). Royal Tropical Institute,
        Saad, A. 2008. L’expérience tunisienne pour                     November, 08-12, 1993, Amsterdam, The
        la lutte contre l’Orobanche sur les fèves à                     Netherlands.
        travers la formation des agriculteurs dans les          19.   Norambuena, H., Kroschel, J., and Klein, O.
        écoles champ. Pages 79-92. In: Progress on                      1999. Introduction of Phytomyza orobanchia
        framer     training    in   parasitic   weed                    for      biocontrol     of Orobanche spp.      in
        management, Labrada, R. (Ed). 2007, FAO,                        Chile. Pages 197-204. In: Advances in
        Rome, Italy, 156 pp.                                            Parasitic Weed Control at On-farm
15.   Kharrat, M. 2002. Etude de la virulence de                        Level. vol.      II.     Joint      Action     to
        l’écotype de Béja d’Orobanche foetida sur                       Control Orobanche in the WANA Region.
        différentes espèces de légumineuses. Devenir                    Kroschel, J., Abderabihi, M., and Betz, H.
        des légumineuses alimentaires dans le                           (Ed.). Margraf Verlag, Weikersheim,
        Maghreb. Page 89. In: Proceeding du 2ème                        Germany, 324 pp.
        séminaire du réseau REMAFEVE/REMALA.                    20.   Parker, C. and Riches, C.A. 1993. Parasitic
        Kharrat, M., Abbad Andaloussi, F.,                              Weeds of the World: Biology and Control.
        Maatougui, M.E.H., Sadiki, M., and                              CAB International, Wallingford, UK, 332 pp.
        Bertenbreiter, W. (Ed.), 30 Janvier – 2                 21.   Parker, C. 1994. Orobanche control: State of
        Février, 2002, Hammamet, Tunisie.                               the art after the Third International Workshop
16.   Knight, W.E. 1985. Miscellaneous annual                           on Orobanche. Biology and Management of
        clovers. Pages 547-562. In: Clover Science                      Orobanche. Page 727. In: Proceedings of the
        and Technology, Taylor, N.L. (Ed.), N°25.                       Third International Workshop on Orobanche
        Series Agronomy. American Society of                            and Related Striga Research, Pieterse, A.H.,
        Agronomy, Inc., Crop Science Society of                         Verkleijand, J.A.C., and Ter Borg, S.J., (Ed.).
        America, Inc., Soil Science Society of                          Royal Tropical Institute, November, 08-12,
        America, Publishers, Madison, Wisconsin,                        1993, Amsterdam, The Netherlands.
        USA.                                                    22.   Ross, S.M., King, J.R., O’Donovan, J.T., and
17.   Labrada, R. 1994. Occurrence and control                          Spaner, D. 2004. Forage potential of
        of Orobanche ramosa L. in Cuba. Biology                         intercropping berseem clover with barley, oat
        and Management of Orobanche. Pages 604-                         or triticale. Agron. J. l96: 1013-1020.

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