upmudazu auadeMuu n u ^ n , rynucman
C.A. flanunpoe, doufenm, rynucman daenam ynmepcumemu, rynucman
AnnomaUfun. Mayonada Topyomusau 6omaHHK-zeozpafyuK pauonu fynopacunum 15 cy6^H^eM
mypu yaud ^mun^aH. Tadyuyom daeoMuda onunean namuwnnapdan oy63ndeM mypnap ycmuda Monumopum
umnapunu onu6 6opumda ea “Kysun m mo6”num nae6amdam nampnapuda fyoudananum MyMKun.
Kanum cysnap: ^H^eM, cy6^H^eM, Topyomusau, 6omaHHK-zeozpafyuK pauon, “Kpsun Kumo6”,
Xpcop.
AnnomaUfun. B cmambe rnymenbi cy6^H^eMUHHue pacmeHun fynopb
Tapm m ueaucKoeo
6omanuKo-eeoepafymecKoeo pauona. n o pesynbmamaM uccnedoeanuu e pauone sapezucmpupoeano 15
cy6^H^eMU^HblX eudoe. Peybm am u, nonynennue e xode uccnedoeanun, Mozym 6bimb ucnontaoeanw npu
Monumopunee cy63ndeMmnyx eudoe u e 6ydyw,ux mdanunx “Kpacnou
k h u
eu ”.
Knwneebie cnoea: SndeM, cy6sndeM, Tapmmueau, 6omanuKo-seospafymecKue pauon, “Kpacnan m um ”,
Fuccap.
Abstract. The article studied subendemic plants ofthe flora ofthe Tarkapchigai botanical-geographical region.
According to the results o f research, 15 subendemic species were registered in the region. The results obtained in the
course o f the study can be used in the monitoring ofsubendemic species and in future editions o f the Red Data Book.
Keywords. Endemic, subendem, Tarkapchigai botanical-geographical region, Red Data Book, Hissar.
Kiipiiw. B ^ x ^ M a -x ^ n g M ^ n ^ rno6an 6ax,onam (UNEP) MabnyMoTnapnra Kypa 6yryHra KyHga
Typnn oMnnnap TabcKpK Hara^acKga 30 000 gaH
opthk
ycnMnnK Ba x,aHBoH Typnapn M ^ o n ^ Keram
xaB^K ocinga Typ^gn, oxKpra 400 Man KHKga 654 ycnMnnK Typnapn M ^ o n ^ KeiraH [8]. BKoxanMa-
xHnnHKHH ypraHKm, Max,annKH ^nopanapgara Typnap la p K ^ n m pyMxaira onnm, ^HgeM Ba cy6^HgeM
TypnapHn 3aMoHaBKH ^ o n a ra m aHnKnam Ba caKna6 Konnm 3aMoHaBKH 6oTaHHKaHHH^ gon3ap6
MyaMMonapn Kaiopnra KKpagn [12, 15].
3HgeM Ba cy6^HgeM Typnap x,ap gonM, 6
hphhhh
HaB6aiga, MabnyM 6np ^nopa Ba 6omKa ^nopanap
ypTacngarK ^apKHKHr BaKKnn 6ynK6, ynap ypTacngarK y3oK reHeinK MyHoca6ainapHK
TaH onnmra
xn3MaT KHnHmH MyMKKH (6omKa ^nopanapga KypcainnraH Typ 6
kh
TypKyM 6nnaH MyHoca6ainap
maKnnga). X,ap 6np ^nopaHKHr ^HgeM Ba cy6^HgeM Typnapn Ternmnn x,ygygga TypnKna TaKCHMnaHHmH
MyMKKH Ba myHKHr ynyH TaKcnMoTHKHr nroHa TypKHK K^oganaMangK [12, 16]. Typnn ^nopa
^HgeMH3MHHH^ Typnn xapaKiepn Ba Typnn pnBo^naHKm gapa^acn 6nnaH 6Hp-6HpHgaH ^apK KnnagK.
MabnyM xygygnapHKHr ^HgeM Typnapn my Kagap KynKn, ynap yMyMKH ^nopacnHKHr 70-80 % Tammn
Knnagn (HHrn 3enaHgKn, 70%; MagaracKap - 80%) [13, 14, 17].
X^o3KprK KyHga Ta6Kaira Ba aTpo$-Myx,mra KHcoHnaTHKHr TabcKpK (aHTponoreH) x,aggaH
TamKapn KyHaHK6 6opMoKga [2]. TopKonnKraM 6oTaHHK-^eo^pa^HK panoHn ^ygygnra ^aM arnponoreH
Tabcnpnap omn6 6opMoKga. ByHgaM Tabcipnapra KasnnMa 6oHnHKnapHHH Ka3n6 onnm, nopBa
MonnapHHH 6oKHnHmH, KoBpaK ^naHTa^HHnapHHH
hhcohhot
y3 ^:^THe*H HynHga Ka3H6 onHHHmH xaMga