Monthly Iceberg Calving Dataset of the Antarctic Ice Shelves (2010-2019)

Shanghai’s Strive to Excel in Climate Change Adaptation and Low-Carbon Promises: A Model to Follow?

“…In total, these land reclamations have created about 816.6 square kilometers of new land between 1974 and 2018. 16 Shanghai currently still counts approximately 464,600 hectares of wetlands, mainly spread over Chongming, Pudong and Qingpu districts. 17 There is a constant clash between urbanization desires and ecological protection, and new lands are increasingly used for agriculture and urban expansion, including housing, airports, infrastructure, and recreational landscapes.…”

Densification Study of Pr6O11 as a Limiting Step for the Determination of Its Oxygen Transport Properties

“…Regarding the second way, infiltration of a catalyst into a porous anionic conducting skeleton (for instance gadoliniumdoped ceria, GDC) is a very interesting method to shape the SOCs oxygen electrodes and to improve their electrochemical performances. Infiltration has been widely used to fabricate novel architectured oxygen electrode structures based on LSM [5,6], LSCF [7,8], LSBT [9,10] and Ruddlesden-Popper materials such as La n+1 Ni n O 3n+1 (n= 1, 2, 3)-YSZ [11,12] or Nd 2 NiO 4+δ [13,14].…”

Non-enzymatic screen-printed sensor based on PtNPs@polyazure A for the real-time tracking of the H2O2 secreted from living plant cells

“…Pt nanoparticles (PtNPs) have drawn interest because they show exceptional electronic and catalytic properties as well as high chemical stability, satisfactory electron transfer kinetics and biocompatibility [15,16]. Active surface areas can be easily enlarged by reducing the size of PtNPs and distributing them homogeneously on the electrode surface, which allows the possibility of minimizing electrochemical noise and optimizing detection sensitivity [17]. Besides, highly dispersed PtNPs are less susceptible to poison [18].…”