FINAL REPORT
FINAL REPORT
FINAL REPORT
Create successful ePaper yourself
Turn your PDF publications into a flip-book with our unique Google optimized e-Paper software.
grassy<br />
25 Taraxacum officinalis<br />
Abundant Perennial M & Ps PMI R Fl 5<br />
(GK)<br />
26<br />
Gueldenstaedtia<br />
monophylla<br />
Rare Perennial X XX<br />
27 Inula Britanica<br />
Abundant Perennial M Pastureland HMPR 3<br />
(GK)<br />
28 Boraginaceae sp Abundant Floodplain<br />
29 Skatleria sp Rare Floodplain<br />
30 Capsella sp Rare Floodplain<br />
31 Chiazospermum sp Rare Floodplain<br />
32 Phylium sp Rare Floodplain<br />
33 Iris lacteal<br />
Abundant Perennial Ha &M OI R Fl 5<br />
(GK)<br />
34 Peucedanum L Rare Pastureland<br />
Table 21: Composition of Plants Recorded in the Vicinity of JanjinBoolt<br />
Source:S. Bayarkhuuet al / KSU, own investigations, June 2006<br />
In Janjin Boolt vicinity totally 34 species of plants we collected and records kept in 98 points. Four<br />
species of plants which are used as pastureland modification indicators, 5 species as overgrazing<br />
indicators, a poisonous species, 8 species of pastureland and forage importance, and 16 species in a<br />
cultivation area were identified. The plant species were recorded in a herbarium.<br />
Having selected irrigated and non-irrigated farmlands for monitoring it was studied how the growth<br />
of species in the phytocoenosis depend on their growing conditions (Delgermaa, 2003) (Table 22).<br />
Species Monitoring plot Irrigated farmland<br />
1 Equisetum arvense 0.84 0.6<br />
2 Oxytropis glabra 4.36 2.96<br />
3 Iris lacteal 6.8 8.56<br />
4 Astrogallus hypogaeus 2.72 3.04<br />
5 Halerpestis salsuginosa 0.36 *<br />
6 Poa cea 1.48 1.04<br />
7 Thermopsis mongolica 1.12 1.24<br />
8 Forbs 4.48 4.88<br />
Total (dt/ha) 22.16 22.32<br />
Source:S. Bayarkhuuet al / KSU, own investigations, June 2006<br />
Table 22: Correlation between the Growth of Species in Phytocoenosis and Growing Conditions (dt/ha)<br />
80