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Zhou L.-W.,CAS Shenyang Institute of Applied Ecology
Mycotaxon | Year: 2013

A new species, Phylloporia tiliae, is described and illustrated from Hunan Province, China. It is distinguished from other Phylloporia species by its combination of a perennial habit, pileate basidiocarps, a crusted pileal surface with tomentose margin, minute pores, and a monomitic hyphal system. © 2013. Mycotaxon, Ltd. Source


Yuan H.-S.,CAS Shenyang Institute of Applied Ecology
Mycological Progress | Year: 2013

A new wood-decaying polypore, Antrodiella chinensis, is described and illustrated from China based on morphological characteristics and phylogenetic analysis of rDNA ITS sequences. The new species belongs to the Antrodiella americana complex, and is characterized by an annual habit, resupinate basidiocarps, cream to straw coloured pore surface with larger and regular pores, and oblong-ellipsoid basidiospores. Discriminating characteristics between the new species and the closely related species in the complex are discussed. © 2012 German Mycological Society and Springer. Source


Zhu Q.,Dalian University of Technology | Geng Y.,CAS Shenyang Institute of Applied Ecology
Journal of Cleaner Production | Year: 2013

Due to increasing energy scarcity and environmental issues as well as the goal to develop low carbon society, the Chinese government initiated a comprehensive Energy Saving and Emission Reduction (ESER) program for sustainable production and consumption in 2005. Under the ESER program, Chinese manufacturers have struggled to reduce their environmental pollution and energy consumption. To achieve their ESER goals, Chinese manufacturers should cooperate with their suppliers and customers. However, it is not clear how to drive Chinese manufacturers to implement extended supply chain (ESC) practices for ESER goals, and what kinds of barriers exist. By utilizing a total of 299 usable questionnaires, we did descriptive analysis. Statistic results show that Chinese manufacturers implement ESC practices for ESER goals at a low level. Coercive, normative and mimetic drivers are generally weak while internal barriers are relatively higher. We further used hierarchical analysis to examine whether drivers motivate Chinese manufacturers to implement ESC practices for ESER goals, and whether barriers impede ESC practices. Main regression results and implications include: (1) Coercive drivers do not really motivate ESC practices for ESER goals. To promote ESC practices for the ESER goals, the Chinese government should enact stricter regulations and strengthen their enforcement level. (2) Normative drivers motivate Chinese manufacturers to implement sustainable purchasing. With the increasing environmental awareness of Chinese consumers, Chinese manufactures will have higher normative drivers and then be more proactive to implement sustainable purchasing. (3) Mimetic drivers promote both sustainable purchasing and sustainable customer cooperation. By learning from manufacturers in developed countries, especially those operating in China, Chinese manufacturers tend to implement ESC practice for ESER goals. (4) Internal barriers, such as lack of financial gains, resource and capability, are main obstacles for the implementation of sustainable customer cooperation. Thus, how to overcome internal barriers is a key for Chinese manufacturers to effectively and efficiently implement ESC practices for ESER goals. © 2010 Elsevier Ltd. All rights reserved. Source


Dai Y.-C.,Beijing Forestry University | Dai Y.-C.,CAS Shenyang Institute of Applied Ecology
Fungal Diversity | Year: 2010

An account of the Chinese species of Hymenochaetaceae based on most recent phylogenetic analysis is presented. One hundred and seventy species from 23 genera are recognized; descriptions are provided based on the Chinese collections. Keys to genera and species are given. Phellinopsis gen. nov. is introduced. Coltricia abieticola sp. nov., Coltricia crassa sp. nov., Coltricia macropora sp. nov., Coltricia spina sp. nov., Coltriciella subglobosa sp. nov., Fuscoporia yunnanensis sp. nov. and Inonotus magnisetus sp. nov. are described here as new. Eighteen new combinations, Fulvifomes cesatii, F. chinensis, F. collinus, F. glaucescens, F. inermis, F. johnsonianus, F. kanehirae, F. macgregorii, F. minisporus, F. pullus, F. umbrinellus, Fuscoporia setifera, Inonotus lonicericola, I. tricolor, Phellinopsis conchata, P. occidentalis, Porodaedalea himalayensis and P. yamanoi are proposed. The taxonomy of all species is discussed. Spore dimensions given in this study derive from at least 30 spores of each species, and 10 386 spores were measured from 347 specimens. Two thousand specimens were examined, and they are listed after each species. Colour photos for 140 species are supplied.This report provides a modern treatment of the Hymenochaetaceae of China. To further support the results of morphology, nuclear large subunit (nuc-LSU) sequences from some typical species were selected to reconstruct their phylogeny. © 2010 Kevin D. Hyde. Source


The red leaf coloration of Empire Red Leaf Cotton (ERLC) (Gossypium hirsutum L.), resulted from anthocyanin accumulation in light, is a well known dominant agricultural trait. However, the underpin molecular mechanism remains elusive. To explore this, we compared the molecular biological basis of anthocyanin accumulation in both ERLC and the green leaf cotton variety CCRI 24 (Gossypium hirsutum L.). Introduction of R2R3-MYB transcription factor Rosea1, the master regulator anthocyanin biosynthesis in Antirrhinum majus, into CCRI 24 induced anthocyanin accumulation, indicating structural genes for anthocyanin biosynthesis are not defected and the leaf coloration might be caused by variation of regulatory genes expression. Expression analysis found that a transcription factor RLC1 (Red Leaf Cotton 1) which encodes the ortholog of PAP1/Rosea1 was highly expressed in leaves of ERLC but barely expressed in CCRI 24 in light. Ectopic expression of RLC1 from ERLC and CCRI 24 in hairy roots of Antirrhinum majus and CCRI 24 significantly enhanced anthocyanin accumulation. Comparison of RLC1 promoter sequences between ERLC and CCRI 24 revealed two 228-bp tandem repeats presented in ERLC with only one repeat in CCRI 24. Transient assays in cotton leave tissue evidenced that the tandem repeats in ERLC is responsible for light-induced RLC1 expression and therefore anthocyanin accumulation. Taken together, our results in this article strongly support an important step toward understanding the role of R2R3-MYB transcription factors in the regulatory menchanisms of anthocyanin accumulation in red leaf cotton under light. Source

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