Robin Elahi (Principal Investigator), Kenneth Sebens (Principal Investigator)
Award: OCE-0850809
Robin Elahi (Principal Investigator), Kenneth Sebens (Principal Investigator)
Award: OCE-0850809
Rogier Braakman (Principal Investigator), Sonya T. Dyhrman (Principal Investigator), Elizabeth Kujawinski (Principal Investigator), Yuting Zhu (Scientist), Hanna Anderson (Student), Laura Gray (Data Manager)
Award: OCE-2019589
Nicholas R. Bates (Principal Investigator), Rodney J. Johnson (Co-Principal Investigator), Michael W. Lomas (Co-Principal Investigator), Craig A. Carlson (Scientist), Emily Davey (Scientist), Lucinda Derbyshire (Scientist), Rebecca Garley (Scientist), Paul J. Lethaby (Scientist), Debra Lomas (Scientist), Rebecca May (Scientist), Claire Medley (Scientist), Dominic Smith (Scientist), Emma Stuart (Scientist)
Awards (2): OCE-1756105, OCE-2241455
Nicholas R. Bates (Principal Investigator), Rodney J. Johnson (Co-Principal Investigator), Michael W. Lomas (Co-Principal Investigator), Deborah K. Steinberg (Co-Principal Investigator), Lucinda Derbyshire (Scientist), Matthew Enright (Scientist), Matthew G. Hayden (Scientist), Paul J. Lethaby (Scientist), Debra Lomas (Scientist), Paloma Z. Lopez (Scientist), Rebecca May (Scientist), Dominic Smith (Scientist), Emma Stuart (Scientist)
Awards (3): OCE-0752366, OCE-1756105, OCE-2241455
Peter N. Sedwick (Chief Scientist), Phoebe J. Lam (Co-Chief Scientist), Robert M. Sherrell (Co-Chief Scientist)
Awards (4): ANT-2023178, ANT-2023214, ANT-2023230, ANT-2023363
Brian Cheng (Principal Investigator), Lisa Komoroske (Co-Principal Investigator)
Award: OCE-2023571
Brian Cheng (Principal Investigator), Lisa Komoroske (Co-Principal Investigator)
Award: OCE-2023571
Brian Cheng (Principal Investigator), Lisa Komoroske (Co-Principal Investigator)
Award: OCE-2023571
Brian Cheng (Principal Investigator), Lisa Komoroske (Co-Principal Investigator)
Award: OCE-2023571
Robert J. Toonen (Principal Investigator), Molly A. Timmers (Co-Principal Investigator), Jan Vicente (Co-Principal Investigator), Christopher P. Jury (Scientist), Gustav Paulay (Scientist), Wachirawit Rakchai (Student), Maryann K. Webb (Technician)
Award: OCE-2048457
Daniel J. Repeta (Principal Investigator), Rene Maurice Boiteau (Co-Principal Investigator), Anil Timilsina (Scientist)
Awards (2): OCE-2422713, OCE-2045223
Carol Arnosti (Principal Investigator), Michael DeMaesschalck (Student), Chad Lloyd (Student), Sherif Ghobrial (Data Manager)
Award: OCE-2022952
Nicholas R. Bates (Principal Investigator), Rodney J. Johnson (Co-Principal Investigator), Paul J. Lethaby (Scientist), Rebecca May (Scientist), Claire Medley (Scientist), Dominic Smith (Scientist), Emma Stuart (Scientist)
Awards (3): OCE-0752366, OCE-1756105, OCE-2241455
Deborah K. Steinberg (Principal Investigator), Joseph Cope (Scientist), Joseph Cope (Contact)
Award: OCE-1756105
Robin Elahi (Principal Investigator), Kenneth Sebens (Principal Investigator)
Award: OCE-0850809
Robin Elahi (Principal Investigator), Kenneth Sebens (Principal Investigator)
Award: OCE-0850809
Robin Elahi (Principal Investigator), Kenneth Sebens (Principal Investigator)
Award: OCE-0850809
Robin Elahi (Principal Investigator), Kenneth Sebens (Principal Investigator)
Award: OCE-0850809
Keyword Searches
Keyword searches are parsed into a series of terms and operators.
Terms can be a single word — plankton or carbon — or a phrase surrounded by double quotes — "ocean acidification"
Operators allow you to customize the text search in the following ways:
Wildcards
Wildcard searches can be run on individual terms, using:
? to replace a single character:
carbon?te
* to replace zero or more characters:,
ocean acid*
Boolean Operators
The preferred operators are:
+ (this term must be present)
- (this term must not be present)
"coral calcification" +biota -pacific
- biota must be present
- pacific must not be present
- "coral calcification" is optional - its presense increases the relevance
Fuzzy Matching
We can search for terms that are similar to, but not exactly like our search terms, using the "fuzzy" operator: ~. This uses the Damerau-Levenshtein distance to find all terms with a maximum of two changes, where a change is the insertion, deletion or substitution of a single character, or transposition of two adjacent characters. The default edit distance is 2, but you can specify the distance:
"carbon"~3
Proximity Searches
While a phrase query (eg "john smith") expects all of the terms in exactly the same order, a proximity query allows the specified words to be further apart or in a different order. In the same way that fuzzy queries can specify a maximum edit distance for characters in a word, a proximity search allows us to specify a maximum edit distance of words in a phrase:
"primary production"~3