Loss and damage livelihood resilience von van der Geest, K, Kreft, S, Zommers, Z, Huq, S, Quandt, A, Preato, A, Chandra, A, Mulla, A, Chaffin, B, Camari, K, Barthelt, C, Carter, CJ, Corendea, C, Wrathall, D, Opiyo Opondo, D, Florano, E, Yustiningrum, E, Boyd, E, Schaefer, L, Ahmed, I, Bolland, J, Rhyner, J, Junghardt, J, Derrington, E, Roberts, E, Rabbani, G, Islam Khan, H, Islam, I, Warner, K, Nijzink, L, Mukherjee, N, Jha, N, Serdeczny, O, James, R, Granados, R, De Souza, R-M, Henry, S, Ayeb Karlsson, S, Schwan, S, Cannon, T, Loster, T, Pathak, V

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Biochar application alters soil Ni fractions and phytotoxicity of Ni to pakchoi (Brassica rapa L. ssp. chinensis L.) plants von Mailakeba, Camari Divuniwaqa, B.K., Rajashekhar Rao

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Biochar Application Does Not Improve the Biochemical Properties of Ni Contaminated Soil von Mailakeba, Camari Divuniwaqa, Rajashekhar Rao, B. K.

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Molecular Cloning and Characterization of Prostase, an Androgen-Regulated Serine Protease with Prostate-Restricted Expression von Nelson, Peter S., Gan, Lu, Ferguson, Camari, Moss, Patrick, Gelinas, Richard, Hood, Leroy, Wang, Kai

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