Allan Degen

Prof. Allan Degen

orcid

Research Focus & Metrics

Academic Career Length

35Years (1992-Present)

(Calculated once Scilit publication data is synced: current year − year of first publication + 1)

Representative Publications

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24 September 2020 in Global Change Biology
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YBYanfu Bai
Yanfu Bai
LMLina Ma
Lina Ma
Allan DegenAllan Degen
Allan Degen
MRMuhammad K. Rafiq
Muhammad K. Rafiq
Yakov KuzyakovYakov Kuzyakov
Yakov Kuzyakov
Zhanhuan ShangZhanhuan Shang
Zhanhuan Shang

6 October 2021 in Functional Ecology
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JXJunlan Xiong
Junlan Xiong
LDLongwei Dong
Longwei Dong
JLJingli Lu
Jingli Lu
WHWeigang Hu
Weigang Hu
HGHaiyang Gong
Haiyang Gong
JDJianming Deng
Jianming Deng

1 February 1997 in Animal Science
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Allan DegenAllan Degen
Allan Degen
ABA. Blanke
A. Blanke
KBK. Becker
K. Becker
MKM. Kam
M. Kam
RBR. W. Benjamin
R. W. Benjamin
HMH. P. S. Makkar
H. P. S. Makkar
Acacia saligna and A. salicina phyllodes, harvested in autumn from young and mature trees, were fed as sole diets to goats (20·3 (s.d. 4·8) kg; no. = 16) and sheep (32·6 (s.d. 4·9) kg; no. = 16). Crude protein of phyllodes from mature trees was 111 g/kg dry matter (DM) and from young trees ranged between 121 and 132 g/kg DM. Condensed tannins and ash content were about twice as high in young trees as in old ones and gross energy was higher in old trees than in young ones. DM intakes by goats from both tree species were low: 24·8 and 13·7 g/kg M0·75 per day for mature and young trees, respectively. Corresponding intakes by sheep were 20·4 and 11·5 g/kg M0·75 per day. Metabolizable energy intakes were up to 125 and 99 kj/kg M0·75 per day for goats and sheep, respectively and were higher for phyllodes from mature trees than for young trees. Goats lost up to 219 glday and sheep up to 346 g/day and both species were in negative nitrogen balance. DM, organic matter and energy apparent digestibilities were low for all diets but were generally higher for goats than sheep. It is concluded that neither A. saligna nor A. salicina could be used as a sole food for small ruminants because of low intakes and negative nitrogen balances. This appears to be due to high tannin content.


26 January 2020 in Journal of Animal Physiology and Animal Nutrition
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JJJianxin Jiao
Jianxin Jiao
TWTing Wang
Ting Wang
JZJianwei Zhou
Jianwei Zhou
Allan DegenAllan Degen
Allan Degen
NGNana Gou
Nana Gou
Zhanhuan ShangZhanhuan Shang
Zhanhuan Shang