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Article(electronic)#3
A Novel Biotechnology Based on Periphytic Biofilms with N-Acyl-Homoserine-Lactones Stimulation and Lanthanum Loading for Phosphorus Recovery
In: BITE-D-21-08011
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Article(electronic)#4January 2018
Enhancing anaerobic digestion of food waste through biochemical methane potential assays at different substrate: inoculum ratios
In: Waste management: international journal of integrated waste management, science and technology, Volume 71, p. 612-617
ISSN: 1879-2456
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Article(electronic)#5
N-Methyl Pyrrolidone Manufacturing Wastewater as the Electron Donor for Denitrification
In: JEMA-D-23-08499
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Article(electronic)#6September 18, 2017
Competition for electrons between pyridine and quinoline during their simultaneous biodegradation
In: Environmental science and pollution research: ESPR, Volume 24, Issue 32, p. 25082-25091
ISSN: 1614-7499
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Article(electronic)#7
The Roles Of Rhodococcus Ruber In Denitrification with Quinoline as the Electron Donor
In: JEMA-D-23-02354
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Article(electronic)#9February 3, 2016
Evolution of the microbial community of the biofilm in a methane-based membrane biofilm reactor reducing multiple electron acceptors
In: Environmental science and pollution research: ESPR, Volume 23, Issue 10, p. 9540-9548
ISSN: 1614-7499
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Open Access#102016
Critical Uncertainties and Gaps in the Environmental- and Social-Impact Assessment of the Proposed Interoceanic Canal through Nicaragua
Huete-Pérez, Jorge A; Ortega-Hegg, Manuel; Urquhart, Gerald R; Covich, Alan P; Vammen, Katherine; Rittmann, Bruce E; Miranda, Julio C; Espinoza-Corriols, Sergio
Huete-Pérez, Jorge A; Ortega-Hegg, Manuel; Urquhart, Gerald R; Covich, Alan P; Vammen, Katherine; Rittmann, Bruce E; Miranda, Julio C; Espinoza-Corriols, Sergio; Acevedo, Adolfo; Acosta, María L; Gómez, Juan P; Brett, Michael T; Hanemann, Michael; Härer, Andreas; Incer-Barquero, Jaime; Joyce, Frank J; Lauer, J. Wesley; Maes, Jean Michel; Tomson, Mason B; Meyer, Axel; Montenegro-Guillén, Salvador; Whitlow, W. Lindsay; Schnoor, Jerald L; Alvarez, Pedro J.J
The proposed interoceanic canal will connect the Caribbean Sea with the Pacific Ocean, traversing Lake Nicaragua, the major freshwater reservoir in Central America. If completed, the canal would be the largest infrastructure-related excavation project on Earth. In November 2015, the Nicaraguan government approved an environmental and social impact assessment (ESIA) for the canal. A group of international experts participated in a workshop organized by the Academy of Sciences of Nicaragua to review this ESIA. The group concluded that the ESIA does not meet international standards; essential information is lacking regarding the potential impacts on the lake, freshwater and marine environments, and biodiversity. The ESIA presents an inadequate assessment of natural hazards and socioeconomic disruptions. The panel recommends that work on the canal project be suspended until an appropriate ESIA is completed. The project should be resumed only if it is demonstrated to be economically feasible, environmentally acceptable, and socially beneficial.
BASE
Open Access#112016
Critical Uncertainties and Gaps in the Environmental- and Social-Impact Assessment of the Proposed Interoceanic Canal through Nicaragua
Huete-Pérez, Jorge A; Ortega-Hegg, Manuel; Urquhart, Gerald R; Covich, Alan P; Vammen, Katherine; Rittmann, Bruce E; Miranda, Julio C; Espinoza-Corriols, Sergio
Huete-Pérez, Jorge A; Ortega-Hegg, Manuel; Urquhart, Gerald R; Covich, Alan P; Vammen, Katherine; Rittmann, Bruce E; Miranda, Julio C; Espinoza-Corriols, Sergio; Acevedo, Adolfo; Acosta, María L; Gómez, Juan P; Brett, Michael T; Hanemann, Michael; Härer, Andreas; Incer-Barquero, Jaime; Joyce, Frank J; Lauer, J. Wesley; Maes, Jean Michel; Tomson, Mason B; Meyer, Axel; Montenegro-Guillén, Salvador; Whitlow, W. Lindsay; Schnoor, Jerald L; Alvarez, Pedro J. J
The proposed interoceanic canal will connect the Caribbean Sea with the Pacific Ocean, traversing Lake Nicaragua, the major freshwater reservoir in Central America. If completed, the canal would be the largest infrastructure-related excavation project on Earth. In November 2015, the Nicaraguan government approved an environmental and social impact assessment (ESIA) for the canal. A group of international experts participated in a workshop organized by the Academy of Sciences of Nicaragua to review this ESIA. The group concluded that the ESIA does not meet international standards; essential information is lacking regarding the potential impacts on the lake, freshwater and marine environments, and biodiversity. The ESIA presents an inadequate assessment of natural hazards and socioeconomic disruptions. The panel recommends that work on the canal project be suspended until an appropriate ESIA is completed. The project should be resumed only if it is demonstrated to be economically feasible, environmentally acceptable, and socially beneficial.
BASE