5 Miinzbergovfi Z,P1aCkovfi I. Seed mass and population characteristic、interaca to determine performance of Scor-zouera hi,spauica under common garden conditions[J] Flora-Morphology, Distribution, Funcaional Ecology of Plants,2010,205(8);552-559
[2]
6 Soriano D,Orozco-Segovia A, Mfirquez-Guzmfin J, et al Seed reserve composition in 19 tree species of a tropical deciduous forest in Mexico and its relationship to seed germination and seedling growth[J]Annals of Botany, 2011,1076:939-951
[3]
7 Landergott U, Gugerli F, Hoebee S E. Elfecas of seed mass nn seedling height and competition in European white oaks[J].F1ora,2012,207(10);721-725
12 Liu R X, Zhou Z G, Guo W Q, et al. Effecas of N fertili-nation nn root development and acaivity of water-stressed Cotton(Gossypiu m hirsutum L)plants [J]. Agricultur-al Water Management,2008,5(11):1261-1270
[9]
13 Worku M,Banziher M, Erley G S A, et al. Nitrohen elfi-eiency as related to dry matter partitioning and root sys-tem size in tropical mid-altitude maize hybrids under dif-ferent levels of nitrogen stress[J]Field Crops Re-search,2012,130(29);57-67
[10]
14 Postma J A, Lynch J P. Root cortical aerenchyma en-hances the growth of maize nn soils with suboptimal a-vailability of nitrogen, phosphorus,and potassium[J]Plant Physiology,2011,156:1190-1201
[11]
15 Wittenmayer L, Deubel A, Merbach W Phytohormonalelfecas nn rhizosphere processes of maize(Zeu muysL)under phosphorus defieiency[J]Journal of Ap-plied Botany and Food Quality,2008, 82; 35-40
Gerardeaux E,Saur E,Constantin J,et al. Elfeca of car-bon assimilation nn dry weight producaion and partitio-ning during vegetative growth[J]. Plant and Soil, 2009,324;329-343
[14]
17 Gerardeaux E,Jordan-Meilleb L, Constantinc J, et al.Changes in plant morphology and dry matter partitioningcaused by potassium defieiency in Gossypium hirsutum(L)[J]Environmental and Experimental Botany,2010,67;451-459
[15]
18 James J J. Leaf nitrogen producaivity as a mechanismdriving the suecess of invasive annual grasses under lowand high nitrogen supply[J]Journal of Arid Environ-menu,2008,72(10):1775-1784
[16]
19 Cronin G,Lodge D M. EHecas oI light and nutrient availa-bility on the growth, allocation, carbon/nitrogen balance,phenolic chenustry,and resistance to herbivory oI two Iresh-water macrophytes[J]. Oecolo Mx,2003,137;32-41
21 Hanley M E,Cordier P K, May 0,et al. Seed size andseedling growth:differential response oI Australian andBritish Fabaceae to nutrient limitation [J]. New Phytolo-gist,2007,174;381-388
[19]
22 Milberg P,Lamont B B. Seed/cotyledon size and nutrientcontent play a major role in early performance oI specieson nutrient-poor soils[J]New Phytologist, 1997,137,665-672
[20]
23 Vaughton G, Mike R. Relationships between seed mass,seed nutrients,and seedling growth in bauksia cuuuiug-hamii(Proteaceae)[J]. Int J Plant Sci, 2001,162(3):599-606.
4 Vange V, Heuch I, Vandvik Vigdis. Do seed mass and family alfeca germination and juvenile performance in Kuautia arvensis? A study using failure-time methods [J].Acaa Oecologica,2004,25:169-178