Publications containing records of lichens of Xinjiang (China) Version 31 December 2017

 

1. Abbas, A., A. Tumur, H. Mijit & J.-N. Wu, 2002: Contribution to the knowledge of lichens from Xinjiang, China, including a preliminary checklist. - Chenia 7, 1-2: 173-186.

2. Wei, J. C., 1991: An Enumeration of Lichens in China. - International Academic Publishers, Beijing.

3. Xahidin, H., A. Abbas & J. Wei, 2010: Caloplaca tianshanensis (lichen-forming Ascomycota), a new species of subgenus Pyrenodesmia from China. - Mycotaxon 114: 1-6.

 

Not evaluated:

 

1. Futterer, 1991: xxx

2. Liu, S. E., 1934: An introduction to phytogeography of southern and western China. - Collections Bot. Inst. Beijing, Res. Inst. 9: 438--441.

3. Magnusson, A. H., 1940: Lichens from Central Asia I. - Stockholm, Sino-Sweden Exploring Team, Publ. 13, Botany 1, 2: 1 - 168.
   
4. Moreau, F., and F. Moreau, 1951: Lichens de China. - Rev. Bryol. Lichenol. 20: 183--199.

5. Wang, X. Y., 1985: Lichens from Tumer Peak of the Tianshan Mt. Living beings from Tumer Peak of the Tianshan Mt. People's Puplishing House, Urumqi. Pages 328 - 353.
   
6. Wei, J. C., 1984: A preliminary study on Rhizoplaca lichens of China. - J. Fungi. 3, 4: 207.
   
7. Wei, J. C., 1986: Lichens of Tibet. - Science Press, Beijing.
   
8. Wu, J. L., 1985: Grassland lichens from Xinjiang. - Acta Phytotax. Sin. 5(1): 73.

9. Zhao, J. D. , L. W. Xu & Z. M. Sun, 1982: The Lichens of China. ed. 1. - Science Press, Beijing.
   
10. Zhu, Y. Q. 1935: A preliminary study on lichens of China. - Collections Bot. Inst. Beijing Res. Inst. 3: 299 - 322.
    
11. Zibirnisa, Omar, A. Keyimu & A. Abbas, 2004: New Chinese records of the lichen genus Melanelia. - Acta Bot. Yunnanica 26, 4: 385 - 386.
    
12. Tumur, A., G. Ismayil, R. Mamut & A. Abbas, 2009: Analysis of the ecological distribution and floristic element of Aspicilia lichens in Xinjiang. - Journal of Wuhan Botanical Research 27(1): 102-107.
    
13. Abbas, A/ Abdusalik, N/ Tumur, A/ Ababakiri, S 2000: The lichens new to Xinjiang from Mt. Tianshan. - Arid Zone Research 17, 3: 17-19.
    
14. Abbas, A. & P. Bahti, 2000: Study on the macrolichens from Kanas Nature Reserve of Xinjiang, China. - In: : The Fourth IAL Symposium, Progress and Problems in Lichenology at the Turn of the Millennium. Universitat de Barcelona, Barcelona, pp. 123.
    
15. Abbas, A/ Litip, S/ Wu, Ji-N/ Ablihumaer, D 1997: The lichens new to Xinjiang from Kanas, Xinjiang, China. - Arid Zone Research 14(4): 1-4.
    
16. Abbas, A/ Mijit, H/ Tumur, A/ Wu, J 2000: A checklist of the lichens of Xinjiang. - In: : The Fourth IAL Symposium, Progress and Problems in Lichenology at the Turn of the Millennium. Universitat de Barcelona, Barcelona, pp. 120.
    
17. Abbas, A./ S.-Y. Guo/ G. Ababaikeli A. Abdulla H. Xahidin, 2014: Diploschistes Xinjiangensis, a new saxicolous lichen from Northwest China. - Mycotaxon 129, 2: 465-471.
    
18. Abbas, A. & J.-N. Wu, 1995: A preliminary study of the macrolichens from Kanas Nature Reserve of Xinjiang, China. - Journal of Plant Resources and Environment 4(2): 39-42.
    
19. Anwar, T. & A. Abdulla, 2015: Quantitative classification of saxicolous lichen community in Xinjiang Tumur Peak National Natural Reserve and its correlation with environment. - Journal of Plant Resources and Environment 24, 2: 80-87.
    
20. Bahti, P/ Abdusalerk, N/ Abbas, A 2000: Study on the eco-geographic distribution of lichens in Kanas Nature Reserve, Xinjiang. - In: : The Fourth IAL Symposium, Progress and Problems in Lichenology at the Turn of the Millennium. Universitat de Barcelona, Barcelona, pp. 77.
    
21. Gulnaz, S./ Lazzat, N./ Nashtay, M./ Abdulla, A. 2015: Newly-Recorded Species of Acarospora from Xinjiang. - Plant Science Journal 33(3): 291-294.
    
22. Xahidin, H., A. Abudoulla, P. Bahti, M. Musa and A. Abbas, 2010: New records of lichens of Verrucariaceae from China. - Acta Botanica Yunnanica 32(2): 114-116.
    
23. Yamano, H., J. Chen, Y. Zhang and M. Tamura, 2006: Relating photosynthesis of biological soil crusts with reflectance: preliminary assessment based on a hydration experiment. - International Journal of Remote Sensing 27(24): 5393-5399.
    
24. Zhang, J., Y.-M. Zhang, X.-B. Zhou, B.-C. Zhang and M.-L. Wei, 2009: The influence of biological soil crusts on dew deposition and characteristics of soil surface in Gurbantunggut Desert. - Shengtai Xuebao/Acta Ecologica Sinica 29(12): 6600-6608. [RLL List # 220 / Rec.# 32321] Keywords: GURBANTUNGGUT DESERT/ CHINA/ SOIL CRUSTS/ DEW DEPOSITION/ WATER RELATIONS/ DESERT CRUSTS/ BASE SAND Abstract: [Study in northern Xinjiang, China. "Moss crust was characterized by having the greatest amount of dew at dawn, whereas bare sand yielded the lowest amount of dew, lichen crust and algae crust exhibited intermediate values."] [E-mail correction] [Upload PDF/URL]
25. Liu, H./ Q. Tuthun/ R. Mamut/ W. Shayiding/ A. Abbas 2012: Research on the lichen resources of Wucaiwa, the eastern Jun’gaer Basin, Xinjiang, China. - Guihaia 32(3): 318-320. [RLL List # 230 / Rec.# 34370] Notes: In Chinese with English abstract. URL: [E-mail correction] [Upload PDF/URL]
26. Mamut, R./ F. Suo/ A. Abbas 2012: Lobothallia radiosa: A New Record of Lichen Genus Lobothallia from China. - Plant Science Journal 30(3): 305-308.
    
27. Omar, Z/ Tumur, A/ Abbas, A 2003: Analysis on life forms of lichens in forest ecosystem of Northern Xinjiang. - Journal of Plant Resources and Environment 12(3): 62-64.
    
28. Mamut, R., A. Abdulla & A. Abbas, 2010: A newly recorded lichen genus (Lobothallia) and species from China. - Journal of Wuhan Botanical Research 28(3): 362-364.
    
29. Su, Y. G./ L. Wu Z. B. Zhou Y. B. Liu Y. M. Zhang, 2013: Carbon flux in deserts depends on soil cover type: A case study in the Gurbantunggute desert, North China. - Soil Biology and Biochemistry 58: 332-340.
    
30. Tailaiti, K./ A. Abas, 2013: Analysis on Eco-geographical characteristics and vertical distribution of lichens in Tianshan Daxiagu Xinjiang, China. - Plant Diversity and Resources 35, 1: 11-16.
    
31. Teyip, Y/ Abdusalih, N/ Abbas, A 1999: Studies on the lichens Cladoniaceae from Kanas National Nature Reserve in Xinjiang. - Arid Zone Research 16(4): 25-27.
    
32. Tumur, A./ Abbas, A. 2015: Quantitative classification of dead wood dwelling lichen communities on Altay Two River Sources National Nature Reserve in Xinjiang. - Mycosystema 34, 3: 357-365.
    
33. Tumur, A. & A. Abbas, 2006: Analysis on eco-geographical characteristic of Parmelia lichens in Xinjiang. - Journal of Plant Resources and Environment 15, 2: 7-10.
    
34. Tumur, A./ Wang, Y.-L./ Abbas, A. 2006: Species composition and distribution of lichens in soil crust of southern fringe of Zhungeer basin in Xinjiang. - Journal of Plant Resources and Environment 15(3): 35-38.
    
35. Wang, Y-L/ Wang, H/ Zheng, Y-H 2005: A newly recorded species of Physcia from China. - Bulletin of Botanical Research 25(2): 136-137.
    
36. Wu, J/ Kang, R/ Abbas, A 1997: The lichen genera Cyphelium and Pseudevernia and lichen species Peltula tortuosa first recorded in China from Hanas of Xinjiang. - Arid Zone Research 14(3): 13-15.
    
37. Wu, L./ Y. Su/ Y. Zhang 2012: Effects of simulated precipitation on apparent carbon flux of biologically crusted soils in the Gurbantunggut Desert in Xinjiang, Northwestern China. - Shengtai Xuebao/Acta Ecologica Sinica 32(13): 4103-4113.
    
38. Wen, X.-M., A. Abdulla, R. Mamut, A. Abbas and A. Tumur, 2010: Analysis of the eco-geographical characteristic of Usnea lichens in northern Xinjiang. - Guihaia 30(4): 478-483.
    
39. Wen, X.-M., A. Tumur and A. Abbas, 2009: A preliminary study of the Bryoria lichens in northern Xinjiang. - Journal of Wuhan Botanical Research 27(4): 437-440.
    
40. Yang, Y/ Abaas, A 2003: Cladonia libifera, a lichen species new to China. - Mycosystema 22(3): 512.
    
41. Wang, Y.-L., A. Abdulla and A. Abbas 2008: Study on lichen genus Melanelia Essl. in Xinjiang. - Guihaia 28(5): 585-588.
    
42. Zhang, J. H./ B. Wu Y. H. Li W. B. Yang Y. K. Lei H. Y. Han J. He, 2013: Biological soil crust distribution in Artemisia ordosica communities along a grazing pressure gradient in Mu Us Sandy Land, Northern China. - Journal of Arid Land 5(2): 172-179.