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0RIMACK2"(ALL0#OSTSOFREPRODUCTIONINTHEPINKLADYSSLIPPERORCHIDAFOURYEAR
experimental study. Am Nat 136:638-656
0RIMACK2"-IAO3,"ECKER+2#OSTSOFREPRODUCTIONINTHEPINKLADYSSLIPPERORCHID
(
Cypripedium acaule
): defoliation, increased fruit production, and fire. Am J Bot 81:
1083-1090
0ROCHAZKA&6ELISEK6/RCHIDEJENASIPRIRODY!CADEMIA0RAGUE
0ROCTOR-9EO04HEPOLLINATIONOFmOWERS4APLINGER.EW9ORK.9
Ramsey CT (1950) The triggered rostellum of
Listera
. Am Orchid Soc Bull 19:482-485
Rasmussen FN (1982) The gynostemium of the neottioid orchids. Opera Bot 65:1-96
Richards AJ (1982) The influence of minor structural changes in the flower on the breeding systems
and speciation in
Epipactis
:INN/RCHIDACEAE)N!RMSTRONG*0OWELL*-2ICHARDS!*
EDS0OLLINATIONANDEVOLUTION2OYAL"OTANIC'ARDENS3YDNEYPPn
Richards AJ (1986) Cross-pollination by wasps in
Epipactis leptochila
(Godf.)
s. l
. Watsonia
16:180-182
Robatsch K (1983) Blutenbiologie unt Autogamie der Gattung
Epipactis
. Jahresbericht des
Naturwissenschaftlichen Veriens in Wuppertal 36:25-32
Ross ES (1988) Does
Epipactis gigantean
mimic aphids. Fremontia 16:28-29
Scacchi R, DeAngelis G, Corbo RM (1991) Effect of the breeding system on the genetic structure
in three
Cephalanthera
SPP/RCHIDACEAE0LANT3YST%VOLn
Schremmer F (1961) Bemerkenswerte Wechselbeziehungen zwischen Orchideenbluten und
Insekten. Natur und Volk: Bericht der senckenbergischen Naturforschenden Gesellschaft
91:52-61
3HEVIAK#*#ATLING0-
Cephalanthera.
In: Flora of North America Editorial Committee
ED&LORAOF.ORTH!MERICA.ORTHOF-EXICOVOL5NIVERSITYOF/XFORD0RESS/XFORD
pp 583-584
Silen F (1906) Blombiologiska lakttagelser i Kittila Lapmark. Meddelanded Societas pro Fauna et
Flora Fennica 31:80-99
3MITH'23NOW'%0OLLINATIONECOLOGYOF
Platanthera
(
Habenaria
) c
iliaris
and
P. blephariglottis
(Orchidaceae). Bot Gaz 137:133-140
Snow AA, Whigham DF (1989) Costs of flower and fruit production in
Tipularia discolor
(Orchidaceae). Ecology 70:1286-1293
Sprengel CK (1793) Das entdeckte Geheimnis der Natur. Wilhelm Engelmann, Leipzig
3QUIRRELL*(OLLINGSWORTH0("ATEMAN2-$ICKSON*(,IGHT-(3-AC#ONAILL-4EBBITT-#
0ARTITIONINGANDDIVERSITYOFNUCLEARANDORGANELLEMARKERSINNATIVEANDINTRODUCED
populations of
Epipactis helleborine
(Orchidaceae). Am J Bot 88:1409-1418
3QUIRRELL*(OLLINGSWORTH0("ATEMAN2-4EBBITT-#(OLLINGSWORTH-,4AXONOMIC
complexity and breeding system transitions: conservation genetics of the
Epipactis leptochila
complex (Orchidaceae). Mol Ecol 11:1957-1964
3TEBBINS',*R&LOWERINGPLANTSEVOLUTIONABOVETHESPECIESLEVEL"ELKNAP0RESS(ARVARD
University, Cambridge, MA
Stephenson AG (1981) Flower and fruit abortion; proximate causes and ultimate functions. Annu
Rev Ecol Syst 12:253-279
3UGIURA.-0OLLINATIONOFTHEORCHID
Epipactis thunbergii
by syrphid flies (Diptera;
Syrphidae). Ecol Res 11:249-255
Sugiura NM, Miyazaki S, Nagaishi S (2006) A supplementary contribution of ants in the pollina-
tion of an orchid,
Epipactis thunbergii
USUALLYPOLLINATEDBYHOVERmIES0LANT3YST%VOL
258:17-26
Sundermann H (1975) Europaische und Meditereane Orchideen - Eine Bestimmungsflora, 2nd
edn. Brucke-Verlag Kurt Schmersow, Hildesheim, Germany
Talalaj I, Brzosko E (2008) Selfing potential in
Epipactis palustris
,
E. helleborine
, and
E. atro-
rubens
/RCHIDACEAE0LANT3YST%VOLn
Thornhill AD (1996) Species and population-level patterns of genetic variation in
Epipactis gigantea
(Orchidaceae), with examination of local genetic and clonal structure in riparian and bog popu-
LATIONSINFERREDFROMALLOZYMEANALYSIS0H$THESIS5NIVERSITYOF#ALIFORNIA)RVINE#!
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