【摘 要】
:
In coastal Antarctica, frequent freezing–thawing cycles(FTCs) and changes to the hydrological conditions may affect methane(CH_4) and nitrous oxide(N_2O) production and respiration rates in tundra soi
【出 处】
:
Advances in Polar Science
论文部分内容阅读
In coastal Antarctica, frequent freezing–thawing cycles(FTCs) and changes to the hydrological conditions may affect methane(CH_4) and nitrous oxide(N_2O) production and respiration rates in tundra soils, which are difficult to observe in situ. Tundra s
其他文献
Paleo-dune deposits have been widely used as a proxy indicator of past dune activity, which is further used to reconstruct paleoclimates. However, recent studies have critically examined the reproduci
The excessive expansion of urbanized areas has resulted in haphazard land utilization, immoderate consumption of superior agricultural land and water resources, significant fragmentation of agricultur
Contemporary science philosophy suggests that discussing ontological problems is of fundamental significance broadly within certain specific disciplines. Natural and social science research are insepa
Promoting active travel behavior and decreasing transport-related carbon dioxide(CO_2) emissions have become a priority in many Chinese cities experiencing rapid urban sprawl and greater automobile de
In this paper, the artificial neural network(ANN) model was used to evaluate the degree of intensive urban land use in Nanjing City, China. The construction and application of the ANN model took into
Soil macronutrients(i.e. nitrogen(N), phosphorus(P), and potassium(K)) are important soils components and knowing the spatial distribution of these parameters are necessary at precision agriculture. T
The agro-pastoral ecotone has been recognized as the main distribution area of reserved land resource for cultivation. Accordingly, clarifying this assumption, as well as concerting land reclamation a
The coordinated development of Beijing, Tianjin and Hebei has been elevated as Chinas important strategy. And, the priority in considering how to bring the maximum effect of their coordinated developm
Multiprotein bridging factor 1(MBF1) is a transcriptional co-activator related to stress tolerance in various organisms. We investigated the nucleotide differences in the mbf1 gene in the lichen-formi