Claim · model-written summary
Biomass increase in A. scoparia and S. collina derived from lower community density and suitable germination conditions.
- Taxon
- A. scoparia and S. collina
.jpg?width=60)
Artemisia scoparia
Salsola collinae0 - Outcome
- biomass increasee1
- Qualifier
- decrease of community densities and the more suitable conditions for seed germinatione0
Verbatim
e0“while that of A. scoparia and S. collina was come from the decrease of community densities and the more suitable conditions for seed germination”
e1“biomass increase”
Title
[Effects of different cutting system on main typical steppe populations in Inner Mongolia].
Qinghai Bao; Togeto Baoyin; Yankai Zhong; et al. PubMed 2005
Other claims from this paper (6)
- Intervention effect L. chinensis biomass declined by 63.37%, 64.96%, 45.64%, and 34.18% under four cutting regimes.
- Intervention effect C. microphylla biomass declined by 81.79%, 63.33%, 40.29%, and 26.30% under four cutting regimes.
- Intervention effect K. cristata biomass increased under the four cutting regimes.
- Intervention effect A. frigida biomass increased under the four cutting regimes.
- Mechanism Biomass increase in K. cristata and A. frigida derived from population changes.
- Observation Four other steppe populations showed fluctuating biomass.