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Aglais urticae (Linnaeus, 1758)                    Small Tortoiseshell  different compass systems by the migrants – see Fig. 1: The                                                                                                                                                                                                                                                          21603-BRACHA-PARPAR - 21603-BRACHA-PARPAR | 11 - B | 21-12-30 | 11:34:48 | SR:-- | Cyan   #21603-BRACHA-PARPAR - 21603

          eastern track at azimuth 10.02° is 5.42° east of the magnetic           0°      4.6°
          meridian and its migrants use magnetic compass. The western
 Possibly the most common nymphalid in Europe,   %LRORJ\  track at azimuth 2.49° is east of the geographic meridian and
 expanded northwards into the Arctic Circle and flying   its migrants use dual sun-compass systems. In both tracks there   10.02°
 even in warm days of mid-winters. Reaching its southern   )OLJKW  SHULRG  April to early August, 1600-2814 m in   are easterly different yet unexplained drifts from the meridians.
 distribution limit in Mt Hermon, southern peak of the   Mt Hermon, Israel; 1400-2090 m June-August in Hatay   DB suggests two solutions: 1) The permanent westerly winds
 Anti-Lebanon Range where it is a rare June visitor to   (Atahan et al., 2018: 50; Benyamini, 2001c  & Uçkoz 24   coming from the Mediterranean Sea, “push” the migrants   2.49°
 the local peaks at 2000-2300 m; the absence of its   June 2014, 2090 m Hatay-Osmaniye border pers. obs.);   eastwards. 2) The Curiolis effect that combine the butterfly   Ļ
 LHP  Urtica spp. and relatively too high temperatures   End of April to the end of August 800-2300+ m in Lebanon   velocity northwards with sensing the rotation of the globe induce   *HRJUDSKLF PHULGLDQ
 prevent its breeding there. However, Larsen (1974: 118)   (Larsen, 1974; 118); 1545-2602 m at Al-Lazzab reserve   an eastern side-power that “push” the migrants off its northern   Ļ
 reported breeding populations in mid-June, at the Cedar   Syrian Anti-Lebanon (Zarikian & Ghrejyan, 2018).   tracks - see Fig. 2. Finally both tracks meet and coinside on the
 Mountains 2100 m and at “Gabal Kesrouan..1700 m…   coast around Beirut where several historical rare migrants were
 on 30 August” (both Mt Lebanon Range – DB) but did not   /LIH  KLVWRU\  HOVHZKHUH  univoltine to trivoltine. The   recorded. All migrants of both tracks fly northwards in spring
 specify its hostplant. However when he bred it in Beirut   species’ life-history in Europe is well documented. Eggs   possibly by genetically-induced “instructions” and in the autumn   0DJQHWLF PHULGLDQ
 in “sultry autumn months” he did not use the “small   are laid in large batches of 30-200 at the under surface   fly southwards to their overwintering sites.
 coastal nettle” but fed them successfully with “mountain   of the hostplant’s youngest leaves, average total of 300
 nettles” (Urtica gracilenta known as mountain nettle is   eggs are laid by each female.  The eggs are yellow with   (J\SW   6LQDL  while J. hierta is a regular visitor J. orithya has
 a native species to N America N of Mexico...? however   7-10 vertical ribs. L1 hatches after 1-3 weeks, is 1.3 mm   never been recorded there. However ‘Junonia boopis, Trimen (= J.
 these were certainly the common U. dioica as no other   in length, light brown with a black head. At maturity, the   o. madagascariensis, Guenée)” a syn of J. orithya was recorded
 Urtica sp. in known from the upper Lebanese mountains   larva is 22 mm long, with colour varying from pale yellow   in two places along Sudanese White Nile by Longstaff (1912) who   :HVWHUQ WUDFN
 – Dr. Ori Fragman-Sapir, Jerusalem university botanical   to black, and its body covered with yellow spines. Larvae   added that “this species is not so widely distributed”, possibly   /RFDO 0HULGLDQ   Ļ
 gardens pers. comm. to DB). A known hilltopping &   are gregarious, living communally in webs and moving   explaining why it did not expand further north to Egypt. During
 permanent migratory species, much commoner in the   en masse to neighbouring hostplants. Prior to pupation,   three and a half years in the early 1920’s it was not recorded   &RUULGRU  Ļ
 northern part of its range, where it is a frequent visitor   the mature larvae leave the hostplant and may disperse   in Aswan, Upper Egypt by Captain Kenneth Hayward (UK) who   (DVWHUQ WUDFN
 to gardens in search of nectar. On 15 June 1974 DB   over tens of metres in their search for a pupation site.   “presumed” to be “the first person” to collect there (Hayward,
 visited the peak of Mt Hermon (2814 m), observed about   The suspended pupa is 20 mm long, gold or brown with   1925). Indeed Larsen (1990: 67) put it in the list of “species   5LIW 9DOOH\
 eight hilltopping males (one illustr.) and a week later on   golden spots, depending on the pupation site, emerges   that might possibly occur in Egypt / surprising absentees” and
 22 June 1974 visited it again, observed tree males at   after 8-28 days pending external temperature.  The adult   added that “It should reach Egypt from time to time either in the   &RUULGRU
 the peak and collected one female in 2600 m possibly   hibernates during winter, often emerging briefly on sunny   Arabian ssp. or in the African ssp. madagascariensis  Guenée”.
 marking the upper limit of nettle growth in the Anti-  days (Lafranchis et al., 2015: 434-437).
 Lebanon range (illustr.). A few days later this strategic   $UDELD  “…one of the most common and widely distributed of all
 zone exchanged hands from IDF (Israeli Defence Forces)   5HFRUGHG  KRVWSODQWV  Urticaceae -  Urtica dioica and   the Arabian (butterfly) species..under both natural conditions and
 to the UN disengagement observer forces (UNDOF) that   probably other Urtica species.  in oases and can manage in very arid areas”, but not recorded
 control this separation area between Lebanon, Syria   from coastal NW Hejaz possibly due to insufficient sampling.   Neot Smadar
 and Israel to present. Overwintering specimens migrate   J. o. cheesmani Riley, 1925 is restricted to Eastern Arabian Al-
 to lower and warmer biotopes and were regularly   'LVWULEXWLRQ  Hassa Oasis and Bahrain (Larsen, 1983: 426; Pittaway, 1985).
 observed from early autumns in Greece (John Coutsis
 pers. obs, & comm. to DB). Males are territorial around   TL: Sweden. The species’ distribution ranges over all   1RUWKZDUGV orithya
 hostplants, intercepting intruding congener males in   of Europe to the northern cape (latitude 70°), Turkey,   1
 characteristic spiralling flights, receptive female is   Syria, Lebanon, Israel (Hermon), (absent from Cyprus,   Ļ  PLJUDWLRQ DORQJ ZHVW
 approached behind by the male who drums her rear   Jordan and Sinai), Russia, Siberia, the Himalayan range   $UDELDQ &RDVW
 wings with his antennae, the courting proceeds in late   to China and Korea. The species reaches its southern   Ļ Ļ
 afternoon when the female enters a nettle patch and   limit of distribution at the southern edge of the Anti-
 if the male does not lose her they will mate the whole   Lebanon Range at Mt. Hermon. One ssp. flies in the
 night under a nettle leaf. (Lafranchis et al., 2015: 434).   Levant:  Aglais urticae turcica Staudinger, 1871; TL: S
 On 3 August 2017 a specimen landed for nectaring on   Balkan Peninsula, is lighter and less punctuated than   Ļ
 Cotoneaster racemiflorus (Rosaceae) near Mt Hermon   the European nominotypical species. Larsen (1974:
 cable-car ski station at 1600 m, the lowest record of   118) emphasized that  turcica is a good ssp. and
 A. urticae in Israel (ILS data bank & Galit Moshe pers.   wrote: “..turcica is no simple ecomorph, as specimens   )LJ   - Junonia orithya - The Meridian migrant in the Levant.
 comm. to DB). While its numbers reduced drastically in   reared from larvae in Beirut (sea level – DB) retain the   legend:  Entry point from W Arabian Coast at Aqaba -
 Europe and are in “worrying declines in some years” in   distinguishing characters.”     © Murnt Biricik  © Dubi Benyamini  Western records -                 Eastern records  -
 the UK (Eeles, 2019: 253), possibly following the arrival
 of the tachinid fly Sturmia bella in 1998 from Europe,   2 2 2 2 2  2 2
 where up to 65% of the larvae were infected in France   Ļ
 (Lafranchis  et al., 2015: 434-435). On 10 July 2019                         V_N
 on the bank of the river Irwell in Salford, UK an inter-                            a_C
 generic courting of male Pyronia tithonus and female A.
 urticae was observed by Hardy (2019); when the male                                         )LJ   -
                                                                                             The Curiolis force (a_C)
 approached the female she “closed its wings and turned   Ļ                                  that “push” eastwards
 sideways on to the grass and adopted a pose known                             Ƶ       Ƹ     the northwards migrants
                                                                                             (V_N).
 as tonic immobility…the initial stages of thanatosis”. In
 the Israeli red list of butterflies  A. urticae is rated as
 Not Applicable (NA) - no breeding population in Israel
 (Renan et al. 2022 (in prep.))
                                                                      DB&   Ƹ VLQ Ƶ  9B1
 © Ali Atahan                    © Rami Mizrachi    ©  Shalev Weisman

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