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Article ; Online: Not all silicon quantum dots are equal: photostability of silicon quantum dots with and without a thick amorphous shell.

Cheong, I Teng / Yang Szepesvari, LiYifan / Ni, Chuyi / Butler, Cole / O'Connor, Kevin M / Hooper, Riley / Meldrum, Alkiviathes / Veinot, Jonathan G C

Nanoscale

2024 Volume 16, Issue 2, Page(s) 592–603

Abstract: ... a-Si) shell was recently discovered in SiQDs prepared by thermally-processed silicon oxides. As a-Si is ... known as a source of defects upon UV irradiation, the disordered shell could potentially have an adverse ... with an amorphous shell was compared with that of over-etched SiQDs of equivalent dimensions that bore an a-Si shell ...

Abstract	Luminescent colloidal silicon quantum dots (SiQDs) are sustainable alternatives to metal-based QDs for various optical applications. While the materials are reliant on their photoluminescence efficiency, the relationship between the structure and photostability of SiQDs is yet to be well studied. An amorphous silicon (a-Si) shell was recently discovered in SiQDs prepared by thermally-processed silicon oxides. As a-Si is known as a source of defects upon UV irradiation, the disordered shell could potentially have an adverse effect on the optical properties of nanoparticles. Herein, the photostability of ∼5 nm diameter SiQDs with an amorphous shell was compared with that of over-etched SiQDs of equivalent dimensions that bore an a-Si shell of negligible thickness. An UV-induced degradation study was conducted by subjecting toluene solutions of SiQDs to 365 nm light-emitting diodes (LEDs) under an inert atmosphere for predetermined times up to 72 hours. The structure, composition, and optical responses of the exposed SiQDs were evaluated.
Language	English
Publishing date	2024-01-03
Publishing country	England
Document type	Journal Article
ZDB-ID	2515664-0
ISSN	2040-3372 ; 2040-3364
ISSN (online)	2040-3372
ISSN	2040-3364
DOI	10.1039/d3nr04478e
Database	MEDical Literature Analysis and Retrieval System OnLINE

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Article ; Online: Mussel power: Scoping a nature-based solution to microplastic debris.

Cole, Matthew / Artioli, Yuri / Coppock, Rachel / Galli, Giovanni / Saad, Radwa / Torres, Ricardo / Vance, Thomas / Yunnie, Anna / Lindeque, Penelope K

Journal of hazardous materials

2023 Volume 453, Page(s) 131392

Abstract: Microplastics are a prolific environmental contaminant. Curbing microplastic pollution requires an array of globally relevant interventions, including source-reduction and curative measures. A novel, nature-based solution to microplastics is proposed, in ...

Abstract	Microplastics are a prolific environmental contaminant. Curbing microplastic pollution requires an array of globally relevant interventions, including source-reduction and curative measures. A novel, nature-based solution to microplastics is proposed, in which mussels are deployed in aquatic ecosystems to act as microplastic biofilters, removing waterborne microplastics and repackaging them into biodeposits that are subsequently captured and removed. Blue mussels (Mytilus edulis) were used to establish the feasibility of such an approach. In the laboratory, mussels were exposed to representative microplastics in a flume tank; at an initial concentration of 1000 microplastics L
MeSH term(s)	Animals ; Ecosystem ; Environmental Monitoring/methods ; Microplastics ; Mytilus edulis ; Plastics ; Water Pollutants, Chemical/analysis ; Environmental Restoration and Remediation/methods
Chemical Substances	Microplastics ; Plastics ; Water Pollutants, Chemical
Language	English
Publishing date	2023-04-10
Publishing country	Netherlands
Document type	Journal Article ; Research Support, Non-U.S. Gov't
ZDB-ID	1491302-1
ISSN	1873-3336 ; 0304-3894
ISSN (online)	1873-3336
ISSN	0304-3894
DOI	10.1016/j.jhazmat.2023.131392
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Article ; Online: Dynamics of Mud Blister Worm Infestation and Shell Repair by Oysters.

Dorgan, Kelly M / Moseley, Rachel D / Titus, Ellen / Watson, Harrison / Cole, Sarah M / Walton, William

The Biological bulletin

2021 Volume 240, Issue 2, Page(s) 118–131

Abstract: AbstractMud blister worms bore into oyster shells; and oysters respond to shell penetration ... by secreting new layers of shell, resulting in mud blisters on inner surfaces of oyster shells. We conducted ... the dynamics of worm infestation, blister formation, and shell repair. Results support our hypothesis that only ...

Abstract	AbstractMud blister worms bore into oyster shells; and oysters respond to shell penetration by secreting new layers of shell, resulting in mud blisters on inner surfaces of oyster shells. We conducted two experiments in off-bottom oyster farms along Alabama's coast in summer 2017 to explore the dynamics of worm infestation, blister formation, and shell repair. Results support our hypothesis that only a small proportion of worms that bore into oysters cause blisters. Triploid oysters had fewer blisters than diploids, likely because of faster growth and shell repair. We treated oysters to remove mud blister worms, redeployed them at intertidal and subtidal sites for nine weeks, and found that reinfestation by worms occurred only in subtidal oysters. Intertidally deployed oysters showed no visible blister coverage, indicating recovery, whereas blister coverage increased in subtidal oysters. Reinfestation of subtidal oysters was correlated with previous burrow damage, visualized with X-ray images, thus supporting our hypothesis that worms preferentially settle in previously infested shells. Forces required to break blisters, measured with a custom-built shucking knife with an integrated force sensor, were low relative to forces required to shuck oysters, possibly because our experiment was conducted when worm infestation was increasing. Higher forces were required to break smaller, lighter-colored blisters, consistent with blister recovery; but results were highly variable and not consistent across sites and sampling times, suggesting that size and color of blisters alone did not explain shell strength. Our results indicate that oysters repair shells slowly relative to more dynamic patterns of worm infestation.
MeSH term(s)	Animals ; Blister ; Ostreidae
Language	English
Publishing date	2021-04-08
Publishing country	United States
Document type	Journal Article ; Research Support, Non-U.S. Gov't ; Research Support, U.S. Gov't, Non-P.H.S.
ZDB-ID	1268-3
ISSN	1939-8697 ; 0006-3185 ; 0148-9488
ISSN (online)	1939-8697
ISSN	0006-3185 ; 0148-9488
DOI	10.1086/713145
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Article ; Online: Mussel power: Scoping a nature-based solution to microplastic debris

Cole, Matthew / Artioli, Yuri / Coppock, Rachel / Galli, Giovanni / Saad, Radwa / Torres, Ricardo / Vance, Thomas / Yunnie, Anna / Lindeque, Penelope K.

Journal of Hazardous Materials. 2023 July, v. 453, p. 131392

2023 , Page(s) 131392

Abstract: ... microplastic concentrations at an average rate of 40,146 microplastics kg⁻¹ h⁻¹. Mussel faeces sank ...

Abstract	Microplastics are a prolific environmental contaminant. Curbing microplastic pollution requires an array of globally relevant interventions, including source-reduction and curative measures. A novel, nature-based solution to microplastics is proposed, in which mussels are deployed in aquatic ecosystems to act as microplastic biofilters, removing waterborne microplastics and repackaging them into biodeposits that are subsequently captured and removed. Blue mussels (Mytilus edulis) were used to establish the feasibility of such an approach. In the laboratory, mussels were exposed to representative microplastics in a flume tank; at an initial concentration of 1000 microplastics L⁻¹, mussels reduced waterborne microplastic concentrations at an average rate of 40,146 microplastics kg⁻¹ h⁻¹. Mussel faeces sank irrespective of microplastic content, with average sinking velocities of 223-266 m day⁻¹. Modelling predicts ∼3 × 10⁹ mussels deployed on ropes at the mouths of estuaries could remove 4% of waterborne microplastics discharged from rivers. Mussels were successfully deployed in a prototype biodeposit collection system in an urban marina, with 5.0 kg of mussels removing and repackaging 239.9 ± 145.9 microplastics and anthropogenic particles day⁻¹ into their faeces. These results provide impetus for further development of nature-based solutions targeting plastic debris.
Keywords	Mytilus edulis ; biofilters ; feces ; hydraulic flumes ; microplastics ; mussels ; pollution ; prototypes ; Plastic ; Ecosystem-based mitigation ; Bivalve ; Mytilus
Language	English
Dates of publication	2023-07
Size	p. 131392
Publishing place	Elsevier B.V.
Document type	Article ; Online
Note	Pre-press version ; Use and reproduction
ZDB-ID	1491302-1
ISSN	1873-3336 ; 0304-3894
ISSN (online)	1873-3336
ISSN	0304-3894
DOI	10.1016/j.jhazmat.2023.131392
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Article ; Online: Biodegradable and Dual-Responsive Polypeptide-Shelled Cyclodextrin-Containers for Intracellular Delivery of Membrane-Impermeable Cargo.

Kudruk, Sergej / Pottanam Chali, Sharafudheen / Linard Matos, Anna Livia / Bourque, Cole / Dunker, Clara / Gatsogiannis, Christos / Ravoo, Bart Jan / Gerke, Volker

Advanced science (Weinheim, Baden-Wurttemberg, Germany)

2021 Volume 8, Issue 18, Page(s) e2100694

Abstract: ... by a biodegradable peptide shell are developed and their potential to deliver fluorescently labeled cargo into human ... cross-linked polypeptide shell on cyclodextrin vesicles produce short peptide-shelled (SPSV ...

Abstract	The transport of membrane impermeable compounds into cells is a prerequisite for the efficient cellular delivery of hydrophilic and amphiphilic compounds and drugs. Transport into the cell's cytosolic compartment should ideally be controllable and it should involve biologically compatible and degradable vehicles. Addressing these challenges, nanocontainers based on cyclodextrin amphiphiles that are stabilized by a biodegradable peptide shell are developed and their potential to deliver fluorescently labeled cargo into human cells is analyzed. Host-guest mediated self-assembly of a thiol-containing short peptide or a cystamine-cross-linked polypeptide shell on cyclodextrin vesicles produce short peptide-shelled (SPSV
MeSH term(s)	Cyclodextrins/metabolism ; Drug Delivery Systems/methods ; Drug Liberation ; Endothelial Cells/metabolism ; Humans ; Hydrophobic and Hydrophilic Interactions ; Nanoparticles/metabolism ; Peptides/metabolism
Chemical Substances	Cyclodextrins ; Peptides
Language	English
Publishing date	2021-07-18
Publishing country	Germany
Document type	Journal Article ; Research Support, Non-U.S. Gov't
ZDB-ID	2808093-2
ISSN	2198-3844 ; 2198-3844
ISSN (online)	2198-3844
ISSN	2198-3844
DOI	10.1002/advs.202100694
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Article ; Online: Biodegradable and Dual‐Responsive Polypeptide‐Shelled Cyclodextrin‐Containers for Intracellular Delivery of Membrane‐Impermeable Cargo

Sergej Kudruk / Sharafudheen Pottanam Chali / Anna Livia Linard Matos / Cole Bourque / Clara Dunker / Christos Gatsogiannis / Bart Jan Ravoo / Volker Gerke

Advanced Science, Vol 8, Iss 18, Pp n/a-n/a (2021)

2021

Abstract: ... stabilized by a biodegradable peptide shell are developed and their potential to deliver fluorescently ... peptide or a cystamine‐cross‐linked polypeptide shell on cyclodextrin vesicles produce short peptide ... shelled (SPSVss) or polypeptide‐shelled vesicles (PPSVss), respectively, with redox‐responsive and ...

Abstract	Abstract The transport of membrane impermeable compounds into cells is a prerequisite for the efficient cellular delivery of hydrophilic and amphiphilic compounds and drugs. Transport into the cell's cytosolic compartment should ideally be controllable and it should involve biologically compatible and degradable vehicles. Addressing these challenges, nanocontainers based on cyclodextrin amphiphiles that are stabilized by a biodegradable peptide shell are developed and their potential to deliver fluorescently labeled cargo into human cells is analyzed. Host–guest mediated self‐assembly of a thiol‐containing short peptide or a cystamine‐cross‐linked polypeptide shell on cyclodextrin vesicles produce short peptide‐shelled (SPSVss) or polypeptide‐shelled vesicles (PPSVss), respectively, with redox‐responsive and biodegradable features. Whereas SPSVss are permeable and less stable, PPSVss effectively encapsulate cargo and show a strictly regulated release of membrane impermeable cargo triggered by either reducing conditions or peptidase treatment. Live cell experiments reveal that the novel PPSVSS are readily internalized by primary human endothelial cells (human umbilical vein endothelial cells) and cervical cancer cells and that the reductive microenvironment of the cells’ endosomes trigger release of the hydrophilic cargo into the cytosol. Thus, PPSVSS represent a highly efficient, biodegradable, and tunable system for overcoming the plasma membrane as a natural barrier for membrane‐impermeable cargo.
Keywords	biodegradable ; cyclodextrin ; dual‐responsive ; intracellular delivery ; polypeptides ; Science ; Q
Subject code	571
Language	English
Publishing date	2021-09-01T00:00:00Z
Publisher	Wiley
Document type	Article ; Online
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Article: In vitro inhibition of shell flora by a commercial probiotic marketed for use in captive hermit crabs (Coenobita spp.)

Gallini, Stefan H / Cole, Stephen D / DiGeronimo, Peter M

Journal of exotic pet medicine. 2019 Oct., v. 31

2019

Abstract: ... their interaction in vitro with microbial isolates from the shells and exoskeletons of clinically healthy captive ... mass spectrometry. Each shell flora isolate was plated uniformly on blood agar along with B. pumilus and B ... have in vitro inhibitory effects on select shell flora isolated from captive hermit crabs. Commercial ...

Abstract	Captive hermit crabs (Coenobita spp.) are wild-caught and sold wholesale by commercial distributors. Probiotic products that are marketed for use in captive hermit crabs are commercially available. These products do not disclose the cultures present nor how they may affect hermit crab health. The objectives of this study were to identify culturable organisms present in one such probiotic product and to investigate their interaction in vitro with microbial isolates from the shells and exoskeletons of clinically healthy captive hermit crabs. Samples from two lots of a commercial probiotic product and swabs from seven captive hermit crabs were cultured under aerobic conditions at ambient temperature on standard media. From the resulting colonies, morphologically distinct bacterial cultures were identified using matrix-assisted laser desorption ionization time-of-flight (MALDI-tof) mass spectrometry or commercial biochemical analysis. Bacillus pumilus and Bacillus licheniformis were identified from the probiotics via MALDI-tof mass spectrometry. Each shell flora isolate was plated uniformly on blood agar along with B. pumilus and B. licheniformis, respectively. B. pumilus inhibited the growth of other Bacillus species and all Gram-negative species described. This investigation demonstrates that organisms isolated from a commercial probiotic have in vitro inhibitory effects on select shell flora isolated from captive hermit crabs. Commercial probiotics may be useful for the husbandry of captive hermit crabs, but further studies are required to demonstrate clinical efficacy against disease.
Keywords	Bacillus licheniformis ; Bacillus pumilus ; Paguroidea ; aerobic conditions ; agar ; ambient temperature ; blood ; desorption ; exoskeleton ; flora ; matrix-assisted laser desorption-ionization mass spectrometry ; probiotics
Language	English
Dates of publication	2019-10
Size	p. 91-94.
Publishing place	Elsevier Inc.
Document type	Article
ZDB-ID	2228614-7
ISSN	1557-5063
ISSN	1557-5063
DOI	10.1053/j.jepm.2019.07.015
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Article: Constraints on the off-shell Higgs boson signal strength in the high-mass

Aad, G / Abbott, B / Abdallah, J / Abdinov, O / Aben, R / Abolins, M / AbouZeid, O S / Abramowicz, H / Abreu, H / Abreu, R / Abulaiti, Y / Acharya, B S / Adamczyk, L / Adams, D L / Adelman, J / Adomeit, S / Adye, T / Affolder, A A / Agatonovic-Jovin, T /

Aguilar-Saavedra, J A / Agustoni, M / Ahlen, S P / Ahmadov, F / Aielli, G / Akerstedt, H / Åkesson, T P A / Akimoto, G / Akimov, A V / Alberghi, G L / Albert, J / Albrand, S / Alconada Verzini, M J / Aleksa, M / Aleksandrov, I N / Alexa, C / Alexander, G / Alexopoulos, T / Alhroob, M / Alimonti, G / Alio, L / Alison, J / Alkire, S P / Allbrooke, B M M / Allport, P P / Aloisio, A / Alonso, A / Alonso, F / Alpigiani, C / Altheimer, A / Alvarez Gonzalez, B / Piqueras, D Álvarez / Alviggi, M G / Amako, K / Amaral Coutinho, Y / Amelung, C / Amidei, D / Amor Dos Santos, S P / Amorim, A / Amoroso, S / Amram, N / Amundsen, G / Anastopoulos, C / Ancu, L S / Andari, N / Andeen, T / Anders, C F / Anders, G / Anderson, K J / Andreazza, A / Andrei, V / Angelidakis, S / Angelozzi, I / Anger, P / Angerami, A / Anghinolfi, F / Anisenkov, A V / Anjos, N / Annovi, A / Antonelli, M / Antonov, A / Antos, J / Anulli, F / Aoki, M / Aperio Bella, L / Arabidze, G / Arai, Y / Araque, J P / Arce, A T H / Arduh, F A / Arguin, J-F / Argyropoulos, S / Arik, M / Armbruster, A J / Arnaez, O / Arnal, V / Arnold, H / Arratia, M / Arslan, O / Artamonov, A / Artoni, G / Asai, S / Asbah, N / Ashkenazi, A / Åsman, B / Asquith, L / Assamagan, K / Astalos, R / Atkinson, M / Atlay, N B / Auerbach, B / Augsten, K / Aurousseau, M / Avolio, G / Axen, B / Ayoub, M K / Azuelos, G / Baak, M A / Baas, A E / Bacci, C / Bachacou, H / Bachas, K / Backes, M / Backhaus, M / Badescu, E / Bagiacchi, P / Bagnaia, P / Bai, Y / Bain, T / Baines, J T / Baker, O K / Balek, P / Balestri, T / Balli, F / Banas, E / Banerjee, Sw / Bannoura, A A E / Bansil, H S / Barak, L / Baranov, S P / Barberio, E L / Barberis, D / Barbero, M / Barillari, T / Barisonzi, M / Barklow, T / Barlow, N / Barnes, S L / Barnett, B M / Barnett, R M / Barnovska, Z / Baroncelli, A / Barone, G / Barr, A J / Barreiro, F / Barreiro Guimarães da Costa, J / Bartoldus, R / Barton, A E / Bartos, P / Bassalat, A / Basye, A / Bates, R L / Batista, S J / Batley, J R / Battaglia, M / Bauce, M / Bauer, F / Bawa, H S / Beacham, J B / Beattie, M D / Beau, T / Beauchemin, P H / Beccherle, R / Bechtle, P / Beck, H P / Becker, K / Becker, M / Becker, S / Beckingham, M / Becot, C / Beddall, A J / Beddall, A / Bednyakov, V A / Bee, C P / Beemster, L J / Beermann, T A / Begel, M / Behr, J K / Belanger-Champagne, C / Bell, W H / Bella, G / Bellagamba, L / Bellerive, A / Bellomo, M / Belotskiy, K / Beltramello, O / Benary, O / Benchekroun, D / Bender, M / Bendtz, K / Benekos, N / Benhammou, Y / Benhar Noccioli, E / Benitez Garcia, J A / Benjamin, D P / Bensinger, J R / Bentvelsen, S / Beresford, L / Beretta, M / Berge, D / Bergeaas Kuutmann, E / Berger, N / Berghaus, F / Beringer, J / Bernard, C / Bernard, N R / Bernius, C / Bernlochner, F U / Berry, T / Berta, P / Bertella, C / Bertoli, G / Bertolucci, F / Bertsche, C / Bertsche, D / Besana, M I / Besjes, G J / Bessidskaia Bylund, O / Bessner, M / Besson, N / Betancourt, C / Bethke, S / Bevan, A J / Bhimji, W / Bianchi, R M / Bianchini, L / Bianco, M / Biebel, O / Bieniek, S P / Biglietti, M / Bilbao De Mendizabal, J / Bilokon, H / Bindi, M / Binet, S / Bingul, A / Bini, C / Black, C W / Black, J E / Black, K M / Blackburn, D / Blair, R E / Blanchard, J-B / Blanco, J E / Blazek, T / Bloch, I / Blocker, C / Blum, W / Blumenschein, U / Bobbink, G J / Bobrovnikov, V S / Bocchetta, S S / Bocci, A / Bock, C / Boehler, M / Bogaerts, J A / Bogdanchikov, A G / Bohm, C / Boisvert, V / Bold, T / Boldea, V / Boldyrev, A S / Bomben, M / Bona, M / Boonekamp, M / Borisov, A / Borissov, G / Borroni, S / Bortfeldt, J / Bortolotto, V / Bos, K / Boscherini, D / Bosman, M / Boudreau, J / Bouffard, J / Bouhova-Thacker, E V / Boumediene, D / Bourdarios, C / Bousson, N / Boutouil, S / Boveia, A / Boyd, J / Boyko, I R / Bozic, I / Bracinik, J / Brandt, A / Brandt, G / Brandt, O / Bratzler, U / Brau, B / Brau, J E / Braun, H M / Brazzale, S F / Brendlinger, K / Brennan, A J / Brenner, L / Brenner, R / Bressler, S / Bristow, K / Bristow, T M / Britton, D / Britzger, D / Brochu, F M / Brock, I / Brock, R / Bronner, J / Brooijmans, G / Brooks, T / Brooks, W K / Brosamer, J / Brost, E / Brown, J / Bruckman de Renstrom, P A / Bruncko, D / Bruneliere, R / Bruni, A / Bruni, G / Bruschi, M / Bryngemark, L / Buanes, T / Buat, Q / Buchholz, P / Buckley, A G / Buda, S I / Budagov, I A / Buehrer, F / Bugge, L / Bugge, M K / Bulekov, O / Burckhart, H / Burdin, S / Burghgrave, B / Burke, S / Burmeister, I / Busato, E / Büscher, D / Büscher, V / Bussey, P / Buszello, C P / Butler, J M / Butt, A I / Buttar, C M / Butterworth, J M / Butti, P / Buttinger, W / Buzatu, A / Buzykaev, R / Cabrera Urbán, S / Caforio, D / Cakir, O / Calafiura, P / Calandri, A / Calderini, G / Calfayan, P / Caloba, L P / Calvet, D / Calvet, S / Camacho Toro, R / Camarda, S / Cameron, D / Caminada, L M / Caminal Armadans, R / Campana, S / Campanelli, M / Campoverde, A / Canale, V / Canepa, A / Cano Bret, M / Cantero, J / Cantrill, R / Cao, T / Capeans Garrido, M D M / Caprini, I / Caprini, M / Capua, M / Caputo, R / Cardarelli, R / Carli, T / Carlino, G / Carminati, L / Caron, S / Carquin, E / Carrillo-Montoya, G D / Carter, J R / Carvalho, J / Casadei, D / Casado, M P / Casolino, M / Castaneda-Miranda, E / Castelli, A / Castillo Gimenez, V / Castro, N F / Catastini, P / Catinaccio, A / Catmore, J R / Cattai, A / Caudron, J / Cavaliere, V / Cavalli, D / Cavalli-Sforza, M / Cavasinni, V / Ceradini, F / Cerio, B C / Cerny, K / Cerqueira, A S / Cerri, A / Cerrito, L / Cerutti, F / Cerv, M / Cervelli, A / Cetin, S A / Chafaq, A / Chakraborty, D / Chalupkova, I / Chang, P / Chapleau, B / Chapman, J D / Charlton, D G / Chau, C C / Chavez Barajas, C A / Cheatham, S / Chegwidden, A / Chekanov, S / Chekulaev, S V / Chelkov, G A / Chelstowska, M A / Chen, C / Chen, H / Chen, K / Chen, L / Chen, S / Chen, X / Chen, Y / Cheng, H C / Cheng, Y / Cheplakov, A / Cheremushkina, E / Cherkaoui El Moursli, R / Chernyatin, V / Cheu, E / Chevalier, L / Chiarella, V / Childers, J T / Chiodini, G / Chisholm, A S / Chislett, R T / Chitan, A / Chizhov, M V / Choi, K / Chouridou, S / Chow, B K B / Christodoulou, V / Chromek-Burckhart, D / Chu, M L / Chudoba, J / Chuinard, A J / Chwastowski, J J / Chytka, L / Ciapetti, G / Ciftci, A K / Cinca, D / Cindro, V / Cioara, I A / Ciocio, A / Citron, Z H / Ciubancan, M / Clark, A / Clark, B L / Clark, P J / Clarke, R N / Cleland, W / Clement, C / Coadou, Y / Cobal, M / Coccaro, A / Cochran, J / Coffey, L / Cogan, J G / Cole, B / Cole, S / Colijn, A P / Collot, J / Colombo, T / Compostella, G / Conde Muiño, P / Coniavitis, E / Connell, S H / Connelly, I A / Consonni, S M / Consorti, V / Constantinescu, S / Conta, C / Conti, G / Conventi, F / Cooke, M / Cooper, B D / Cooper-Sarkar, A M / Copic, K / Cornelissen, T / Corradi, M / Corriveau, F / Corso-Radu, A / Cortes-Gonzalez, A / Cortiana, G / Costa, G / Costa, M J / Costanzo, D / Côté, D / Cottin, G / Cowan, G / Cox, B E / Cranmer, K / Cree, G / Crépé-Renaudin, S / Crescioli, F / Cribbs, W A / Crispin Ortuzar, M / Cristinziani, M / Croft, V / Crosetti, G / Cuhadar Donszelmann, T / Cummings, J / Curatolo, M / Cuthbert, C / Czirr, H / Czodrowski, P / D'Auria, S / D'Onofrio, M / Cunha Sargedas De Sousa, M J Da / Via, C Da / Dabrowski, W / Dafinca, A / Dai, T / Dale, O / Dallaire, F / Dallapiccola, C / Dam, M / Dandoy, J R / Daniells, A C / Danninger, M / Dano Hoffmann, M / Dao, V / Darbo, G / Darmora, S / Dassoulas, J / Dattagupta, A / Davey, W / David, C / Davidek, T / Davies, E / Davies, M / Davison, P / Davygora, Y / Dawe, E / Dawson, I / Daya-Ishmukhametova, R K / De, K / de Asmundis, R / De Castro, S / De Cecco, S / De Groot, N / de Jong, P / De la Torre, H / De Lorenzi, F / De Nooij, L / De Pedis, D / De Salvo, A / De Sanctis, U / De Santo, A / De Vivie De Regie, J B / Dearnaley, W J / Debbe, R / Debenedetti, C / Dedovich, D V / Deigaard, I / Del Peso, J / Del Prete, T / Delgove, D / Deliot, F / 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Nguyen, D H / Nickerson, R B / Nicolaidou, R / Nicquevert, B / Nielsen, J / Nikiforou, N / Nikiforov, A / Nikolaenko, V / Nikolic-Audit, I / Nikolopoulos, K / Nilsen, J K / Nilsson, P / Ninomiya, Y / Nisati, A / Nisius, R / Nobe, T / Nomachi, M / Nomidis, I / Nooney, T / Norberg, S / Nordberg, M / Novgorodova, O / Nowak, S / Nozaki, M / Nozka, L / Ntekas, K / Nunes Hanninger, G / Nunnemann, T / Nurse, E / Nuti, F / O'Brien, B J / O'grady, F / O'Neil, D C / O'Shea, V / Oakham, F G / Oberlack, H / Obermann, T / Ocariz, J / Ochi, A / Ochoa, I / Ochoa-Ricoux, J P / Oda, S / Odaka, S / Ogren, H / Oh, A / Oh, S H / Ohm, C C / Ohman, H / Oide, H / Okamura, W / Okawa, H / Okumura, Y / Okuyama, T / Olariu, A / Olivares Pino, S A / Oliveira Damazio, D / Oliver Garcia, E / Olszewski, A / Olszowska, J / Onofre, A / Onyisi, P U E / Oram, C J / Oreglia, M J / Oren, Y / Orestano, D / Orlando, N / Oropeza Barrera, C / Orr, R S / Osculati, B / Ospanov, R / Otero Y Garzon, G / Otono, H / Ouchrif, M / Ouellette, E A / Ould-Saada, F / Ouraou, A / Oussoren, K P / Ouyang, Q / Ovcharova, A / Owen, M / Owen, R E / Ozcan, V E / Ozturk, N / Pachal, K / Pacheco Pages, A / Padilla Aranda, C / Pagáčová, M / Pagan Griso, S / Paganis, E / Pahl, C / Paige, F / Pais, P / Pajchel, K / Palacino, G / Palestini, S / Palka, M / Pallin, D / Palma, A / Pan, Y B / Panagiotopoulou, E / Pandini, C E / Panduro Vazquez, J G / Pani, P / Panitkin, S / Pantea, D / Paolozzi, L / Papadopoulou, Th D / Papageorgiou, K / Paramonov, A / Paredes Hernandez, D / Parker, M A / Parker, K A / Parodi, F / Parsons, J A / Parzefall, U / Pasqualucci, E / Passaggio, S / Pastore, F / Pastore, Fr / Pásztor, G / Pataraia, S / Patel, N D / Pater, J R / Pauly, T / Pearce, J / Pearson, B / Pedersen, L E / Pedersen, M / Lopez, S Pedraza / Pedro, R / Peleganchuk, S V / Pelikan, D / Peng, H / Penning, B / Penwell, J / Perepelitsa, D V / Perez Codina, E / Pérez García-Estañ, M T / Perini, L / Pernegger, H / Perrella, S / Peschke, R / Peshekhonov, V D / Peters, K / Peters, R F Y / Petersen, B A / Petersen, T C / Petit, E / Petridis, A / Petridou, C / Petrolo, E / Petrucci, F / Pettersson, N E / Pezoa, R / Phillips, P W / Piacquadio, G / Pianori, E / Picazio, A / Piccaro, E / Piccinini, M / Pickering, M A / Piegaia, R / Pignotti, D T / Pilcher, J E / Pilkington, A D / Pina, J / Pinamonti, M / Pinfold, J L / Pingel, A / Pinto, B / Pires, S / Pitt, M / Pizio, C / Plazak, L / Pleier, M-A / Pleskot, V / Plotnikova, E / Plucinski, P / Pluth, D / Poettgen, R / Poggioli, L / Pohl, D / Polesello, G / Policicchio, A / Polifka, R / Polini, A / Pollard, C S / Polychronakos, V / Pommès, K / Pontecorvo, L / Pope, B G / Popeneciu, G A / Popovic, D S / Poppleton, A / Pospisil, S / Potamianos, K / Potrap, I N / Potter, C J / Potter, C T / Poulard, G / Poveda, J / Pozdnyakov, V / Pralavorio, P / Pranko, A / Prasad, S / Prell, S / Price, D / Price, J / Price, L E / Primavera, M / Prince, S / Proissl, M / Prokofiev, K / Prokoshin, F / 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/ Røhne, O / Rolli, S / Romaniouk, A / Romano, M / Saez, S M Romano / Romero Adam, E / Rompotis, N / Ronzani, M / Roos, L / Ros, E / Rosati, S / Rosbach, K / Rose, P / Rosendahl, P L / Rosenthal, O / Rossetti, V / Rossi, E / Rossi, L P / Rosten, R / Rotaru, M / Roth, I / Rothberg, J / Rousseau, D / Royon, C R / Rozanov, A / Rozen, Y / Ruan, X / Rubbo, F / Rubinskiy, I / Rud, V I / Rudolph, C / Rudolph, M S / Rühr, F / Ruiz-Martinez, A / Rurikova, Z / Rusakovich, N A / Ruschke, A / Russell, H L / Rutherfoord, J P / Ruthmann, N / Ryabov, Y F / Rybar, M / Rybkin, G / Ryder, N C / Saavedra, A F / Sabato, G / Sacerdoti, S / Saddique, A / Sadrozinski, H F-W / Sadykov, R / Safai Tehrani, F / Saimpert, M / Sakamoto, H / Sakurai, Y / Salamanna, G / Salamon, A / Saleem, M / Salek, D / Sales De Bruin, P H / Salihagic, D / Salnikov, A / Salt, J / Salvatore, D / Salvatore, F / Salvucci, A / Salzburger, A / Sampsonidis, D / Sanchez, A / Sánchez, J / Sanchez Martinez, V / Sandaker, H / Sandbach, R L / Sander, H G / Sanders, M P / Sandhoff, M / Sandoval, C / Sandstroem, R / Sankey, D P C / Sannino, M / Sansoni, A / Santoni, C / Santonico, R / Santos, H / Santoyo Castillo, I / Sapp, K / Sapronov, A / Saraiva, J G / Sarrazin, B / Sasaki, O / Sasaki, Y / Sato, K / Sauvage, G / Sauvan, E / Savage, G / Savard, P / Sawyer, C / Sawyer, L / Saxon, J / Sbarra, C / Sbrizzi, A / Scanlon, T / Scannicchio, D A / Scarcella, M / Scarfone, V / Schaarschmidt, J / Schacht, P / Schaefer, D / Schaefer, R / Schaeffer, J / Schaepe, S / Schaetzel, S / Schäfer, U / Schaffer, A C / Schaile, D / Schamberger, R D / Scharf, V / Schegelsky, V A / Scheirich, D / Schernau, M / Schiavi, C / Schillo, C / Schioppa, M / Schlenker, S / Schmidt, E / Schmieden, K / Schmitt, C / Schmitt, S / Schneider, B / Schnellbach, Y J / Schnoor, U / Schoeffel, L / Schoening, A / Schoenrock, B D / Schopf, E / Schorlemmer, A L S / Schott, M / Schouten, D / Schovancova, J / Schramm, S / Schreyer, M / Schroeder, C / Schuh, N / 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Sijacki, Dj / Silva, J / Silver, Y / Silverstein, S B / Simak, V / Simard, O / Simic, Lj / Simion, S / Simioni, E / Simmons, B / Simon, D / Simoniello, R / Sinervo, P / Sinev, N B / Siragusa, G / Sisakyan, A N / Sivoklokov, S Yu / Sjölin, J / Sjursen, T B / Skinner, M B / Skottowe, H P / Skubic, P / Slater, M / Slavicek, T / Slawinska, M / Sliwa, K / Smakhtin, V / Smart, B H / Smestad, L / Smirnov, S Yu / Smirnov, Y / Smirnova, L N / Smirnova, O / Smith, M N K / Smizanska, M / Smolek, K / Snesarev, A A / Snidero, G / Snyder, S / Sobie, R / Socher, F / Soffer, A / Soh, D A / Solans, C A / Solar, M / Solc, J / Soldatov, E Yu / Soldevila, U / Solodkov, A A / Soloshenko, A / Solovyanov, O V / Solovyev, V / Sommer, P / Song, H Y / Soni, N / Sood, A / Sopczak, A / Sopko, B / Sopko, V / Sorin, V / Sosa, D / Sosebee, M / Sotiropoulou, C L / Soualah, R / Soueid, P / Soukharev, A M / South, D / Spagnolo, S / Spalla, M / Spanò, F / Spearman, W R / Spettel, F / Spighi, R / Spigo, G / Spiller, L A / Spousta, M / Spreitzer, T / Denis, R D St / Staerz, S / Stahlman, J / Stamen, R / Stamm, S / Stanecka, E / Stanescu, C / Stanescu-Bellu, M / Stanitzki, M M / Stapnes, S / Starchenko, E A / Stark, J / Staroba, P / Starovoitov, P / Staszewski, R / Stavina, P / Steinberg, P / Stelzer, B / Stelzer, H J / Stelzer-Chilton, O / Stenzel, H / Stern, S / Stewart, G A / Stillings, J A / Stockton, M C / Stoebe, M / Stoicea, G / Stolte, P / Stonjek, S / Stradling, A R / Straessner, A / Stramaglia, M E / Strandberg, J / Strandberg, S / Strandlie, A / Strauss, E / Strauss, M / Strizenec, P / Ströhmer, R / Strom, D M / Stroynowski, R / Strubig, A / Stucci, S A / Stugu, B / Styles, N A / Su, D / Su, J / Subramaniam, R / Succurro, A / Sugaya, Y / Suhr, C / Suk, M / Sulin, V V / Sultansoy, S / Sumida, T / Sun, S / Sun, X / Sundermann, J E / Suruliz, K / Susinno, G / Sutton, M R / Suzuki, S / Suzuki, Y / Svatos, M / Swedish, S / Swiatlowski, M / Sykora, I / Sykora, T / Ta, D / Taccini, C / Tackmann, K / Taenzer, J / Taffard, A / Tafirout, R / Taiblum, N / Takai, H / Takashima, R / Takeda, H / Takeshita, T / Takubo, Y / Talby, M / Talyshev, A A / Tam, J Y C / Tan, K G / Tanaka, J / Tanaka, R / Tanaka, S / Tannenwald, B B / Tannoury, N / Tapprogge, S / Tarem, S / Tarrade, F / Tartarelli, G F / Tas, P / Tasevsky, M / Tashiro, T / Tassi, E / Tavares Delgado, A / Tayalati, Y / Taylor, F E / Taylor, G N / Taylor, W / Teischinger, F A / Teixeira Dias Castanheira, M / Teixeira-Dias, P / Temming, K K / Ten Kate, H / Teng, P K / Teoh, J J / Tepel, F / Terada, S / Terashi, K / Terron, J / Terzo, S / Testa, M / Teuscher, R J / Therhaag, J / Theveneaux-Pelzer, T / Thomas, J P / Thomas-Wilsker, J / Thompson, E N / Thompson, P D / Thompson, R J / Thompson, A S / Thomsen, L A / Thomson, E / Thomson, M / Thun, R P / Tibbetts, M J / Torres, R E Ticse / Tikhomirov, V O / Tikhonov, Yu A / Timoshenko, S / Tiouchichine, E / Tipton, P / Tisserant, S / Todorov, T / Todorova-Nova, S / Tojo, J / Tokár, S / 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Valderanis, C / Valencic, N / Valentinetti, S / Valero, A / Valery, L / Valkar, S / Valladolid Gallego, E / Vallecorsa, S / Valls Ferrer, J A / Van Den Wollenberg, W / Van Der Deijl, P C / van der Geer, R / van der Graaf, H / Van Der Leeuw, R / van Eldik, N / van Gemmeren, P / Van Nieuwkoop, J / van Vulpen, I / van Woerden, M C / Vanadia, M / Vandelli, W / Vanguri, R / Vaniachine, A / Vannucci, F / Vardanyan, G / Vari, R / Varnes, E W / Varol, T / Varouchas, D / Vartapetian, A / Varvell, K E / Vazeille, F / Vazquez Schroeder, T / Veatch, J / Veloso, F / Velz, T / Veneziano, S / Ventura, A / Ventura, D / Venturi, M / Venturi, N / Venturini, A / Vercesi, V / Verducci, M / Verkerke, W / Vermeulen, J C / Vest, A / Vetterli, M C / Viazlo, O / Vichou, I / Vickey, T / Vickey Boeriu, O E / Viehhauser, G H A / Viel, S / Vigne, R / Villa, M / Villaplana Perez, M / Vilucchi, E / Vincter, M G / Vinogradov, V B / Vivarelli, I / Vives Vaque, F / Vlachos, S / Vladoiu, D / Vlasak, M / Vogel, M / Vokac, P / Volpi, G / Volpi, M / von der Schmitt, H / von Radziewski, H / von Toerne, E / Vorobel, V / Vorobev, K / Vos, M / Voss, R / Vossebeld, J H / Vranjes, N / Vranjes Milosavljevic, M / Vrba, V / Vreeswijk, M / Vuillermet, R / Vukotic, I / Vykydal, Z / Wagner, P / Wagner, W / Wahlberg, H / Wahrmund, S / Wakabayashi, J / Walder, J / Walker, R / Walkowiak, W / Wang, C / Wang, F / Wang, H / Wang, J / Wang, K / Wang, R / Wang, S M / Wang, T / Wang, X / Wanotayaroj, C / Warburton, A / Ward, C P / Wardrope, D R / Warsinsky, M / Washbrook, A / Wasicki, C / Watkins, P M / Watson, A T / Watson, I J / Watson, M F / Watts, G / Watts, S / Waugh, B M / Webb, S / Weber, M S / Weber, S W / Webster, J S / Weidberg, A R / Weinert, B / Weingarten, J / Weiser, C / Weits, H / Wells, P S / Wenaus, T / Wengler, T / Wenig, S / Wermes, N / Werner, M / Werner, P / Wessels, M / Wetter, J / Whalen, K / Wharton, A M / White, A / White, M J / White, R / White, S / Whiteson, D / Wickens, F J / Wiedenmann, W / Wielers, M / Wienemann, P / Wiglesworth, C / Wiik-Fuchs, L A M / Wildauer, A / Wilkens, H G / Williams, H H / Williams, S / Willis, C / Willocq, S / Wilson, A / Wilson, J A / Wingerter-Seez, I / Winklmeier, F / Winter, B T / Wittgen, M / Wittkowski, J / Wollstadt, S J / Wolter, M W / Wolters, H / Wosiek, B K / Wotschack, J / Woudstra, M J / Wozniak, K W / Wu, M / Wu, S L / Wu, X / Wu, Y / Wyatt, T R / Wynne, B M / Xella, S / Xu, D / Xu, L / Yabsley, B / Yacoob, S / Yakabe, R / Yamada, M / Yamaguchi, Y / Yamamoto, A / Yamamoto, S / Yamanaka, T / Yamauchi, K / Yamazaki, Y / Yan, Z / Yang, H / Yang, Y / Yao, L / Yao, W-M / Yasu, Y / Yatsenko, E / Yau Wong, K H / Ye, J / Ye, S / Yeletskikh, I / Yen, A L / Yildirim, E / Yorita, K / Yoshida, R / Yoshihara, K / Young, C / Young, C J S / Youssef, S / Yu, D R / Yu, J / Yu, J M / Yuan, L / Yurkewicz, A / Yusuff, I / Zabinski, B / Zaidan, R / Zaitsev, A M / Zalieckas, J / Zaman, A / Zambito, S / Zanello, L / Zanzi, D / Zeitnitz, C / Zeman, M / Zemla, A / Zengel, K / Zenin, O / Ženiš, T / Zerwas, D / Zhang, D / Zhang, F / Zhang, J / Zhang, L / Zhang, R / Zhang, X / Zhang, Z / Zhao, X / Zhao, Y / Zhao, Z / Zhemchugov, A / Zhong, J / Zhou, B / Zhou, C / Zhou, L / Zhou, N / Zhu, C G / Zhu, H / Zhu, J / Zhu, Y / Zhuang, X / Zhukov, K / Zibell, A / Zieminska, D / Zimine, N I / Zimmermann, C / Zimmermann, R / Zimmermann, S / Zinonos, Z / Zinser, M / Ziolkowski, M / Živković, L / Zobernig, G / Zoccoli, A / Zur Nedden, M / Zurzolo, G / Zwalinski, L

The European physical journal. C, Particles and fields

2015 Volume 75, Issue 7, Page(s) 335

Abstract: Measurements of ... ...

Abstract	Measurements of the
Language	English
Publishing date	2015-07-17
Publishing country	France
Document type	Journal Article
ZDB-ID	1459069-4
ISSN	1434-6052 ; 1434-6044
ISSN (online)	1434-6052
ISSN	1434-6044
DOI	10.1140/epjc/s10052-015-3542-2
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Article ; Online: United we fail: Group versus individual strength in the California sea mussel, Mytilus californianus.

Cole, Adam / Denny, Mark

The Biological bulletin

2014 Volume 227, Issue 1, Page(s) 61–67

Abstract: The mussel Mytilus californianus is a dominant competitor for space on wave-swept rocky shores ... where it forms dense beds. Byssal threads anchor each mussel both to the substratum and to neighbors, allowing ... mussels to resist the onslaught of waves. When incident hydrodynamic stress exceeds a mussel's tenacity ...

Abstract	The mussel Mytilus californianus is a dominant competitor for space on wave-swept rocky shores, where it forms dense beds. Byssal threads anchor each mussel both to the substratum and to neighbors, allowing mussels to resist the onslaught of waves. When incident hydrodynamic stress exceeds a mussel's tenacity, the threads are broken, the mussel is dislodged, and a gap is opened in the bed. Here, we show that when groups of contiguous bed mussels experience similar hydrodynamic forces, they collectively have a lower tenacity than when force is applied to a single individual. Lowered group tenacity leads to greater probabilities of dislodgment, with ramifications for community dynamics and species diversity.
MeSH term(s)	Animals ; Biomechanical Phenomena ; California ; Environment ; Hydrodynamics ; Models, Biological ; Mytilus/physiology
Language	English
Publishing date	2014-08
Publishing country	United States
Document type	Journal Article ; Research Support, U.S. Gov't, Non-P.H.S.
ZDB-ID	1268-3
ISSN	1939-8697 ; 0006-3185 ; 0148-9488
ISSN (online)	1939-8697
ISSN	0006-3185 ; 0148-9488
DOI	10.1086/BBLv227n1p61
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Article: Using United States Geological Survey stream gages to predict flow and temperature conditions to maintain freshwater mussel habitat

Cole, Jeffrey C / Barbara St. John White / Heather S. Galbraith / Keith N. Eshleman / Philip A. Townsend / William A. Lellis

River research and applications. 2018 Oct., v. 34, no. 8

2018

Abstract: ... predict, particularly for rare or endangered species such as the federally endangered dwarf wedgemussel ... specific mussel locations could be vulnerable to dewatering and thermal stress if only Pmin values were ...

Abstract	Habitat conditions necessary to support freshwater mussels can be difficult to characterize and predict, particularly for rare or endangered species such as the federally endangered dwarf wedgemussel, Alasmidonta heterodon. In this study, we evaluate flow and temperature conditions in three areas of the mainstem Delaware River known to consistently support A. heterodon, and we develop predictive models using the U.S. Geological Survey (USGS) stream gages and thermal stations in order to identify conditions under which habitat alteration could threaten the species. Flow and temperature prediction models based on nearby existing USGS gage and thermal stations were predictive for all three sites. Both discharge prediction and water depth profile models indicate one location (Site 3) was the most vulnerable to low‐flow conditions as it requires the highest discharge rate (26.3 cms) at the USGS Callicoon gage to maintain both the full wetted perimeter (Pfull) and minimal wetted perimeter (Pmin) and prevent occlusion of areas that contain A. heterodon. Flow management targets aimed at protecting Site 3 should also protect Sites 1 and 2. Although analyses indicated significant benthic habitat available in all three sites even under low discharge rates, specific mussel locations could be vulnerable to dewatering and thermal stress if only Pmin values were maintained. Results indicate the magnitude of site temperature deviations from thermal stations varied by site and river temperature. In general, our results suggest that existing temperature and stream gage infrastructure may be used predictively to evaluate the effects of different flow targets on mainstem Delaware River A. heterodon habitat.
Keywords	dewatering ; endangered species ; freshwater mussels ; habitat destruction ; habitats ; infrastructure ; models ; prediction ; streams ; thermal stress ; United States Geological Survey ; water temperature ; Delaware River
Language	English
Dates of publication	2018-10
Size	p. 977-992.
Publishing place	John Wiley & Sons, Ltd
Document type	Article
Note	JOURNAL ARTICLE
ZDB-ID	2072626-0
ISSN	1535-1459
ISSN	1535-1459
DOI	10.1002/rra.3326
Database	NAL-Catalogue (AGRICOLA)

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