FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3175317816> ?p ?o ?g. }

• W3175317816 endingPage "104694" @default.
• W3175317816 startingPage "104694" @default.
• W3175317816 abstract "Evaluating the cold tolerance of biological control agents is often necessary to optimize their release and performance. We used field and laboratory assays to determine the cold hardiness of the parasitoid Spathius galinae Belokobylskij & Strazanac, an approved classical biological control agent of emerald ash borer (Agrilus planipennis Fairmaire) in North America. Supercooling points and lower lethal temperature of mature (cocooned) S. galinae larvae were measured in controlled cooling assays in the laboratory. Most S. galinae larvae died after reaching their supercooling point, which occurred at −25.0 °C on average. Several larvae, however, initiated freezing but later eclosed, suggesting S. galinae may be partially freeze tolerant. Supercooling points were not affected by chilling rate. In the winter of 2019 – 2020, we monitored development of mature S. galinae larvae in ash segments above and beneath the snow in three locations in Minnesota, USA. Nearly 100% of S. galinae larvae died after air temperatures reached −29 °C in Minnesota. Using models developed from our data, we forecast eclosion rates of S. galinae based on minimum winter temperatures across the range of ash (Fraxinus spp.) in North America. Our results indicate that S. galinae populations may suffer high overwintering mortality in areas where winter temperatures regularly decrease below −28 °C, but a small portion of the population may be able to survive lower temperatures." @default.
• W3175317816 created "2021-07-05" @default.
• W3175317816 creator A5038931294 @default.
• W3175317816 creator A5050238512 @default.
• W3175317816 creator A5051146385 @default.
• W3175317816 creator A5060907059 @default.
• W3175317816 date "2021-09-01" @default.
• W3175317816 modified "2023-10-17" @default.
• W3175317816 title "Forecasting overwintering mortality of Spathius galinae in North America" @default.
• W3175317816 cites W1529540233 @default.
• W3175317816 cites W1530512307 @default.
• W3175317816 cites W1947652350 @default.
• W3175317816 cites W1950067960 @default.
• W3175317816 cites W1971146298 @default.
• W3175317816 cites W1973961431 @default.
• W3175317816 cites W1977744498 @default.
• W3175317816 cites W1978413676 @default.
• W3175317816 cites W1983890397 @default.
• W3175317816 cites W1987287924 @default.
• W3175317816 cites W1989344943 @default.
• W3175317816 cites W1991424745 @default.
• W3175317816 cites W1993061638 @default.
• W3175317816 cites W1993996980 @default.
• W3175317816 cites W1994175135 @default.
• W3175317816 cites W2000592227 @default.
• W3175317816 cites W2005394819 @default.
• W3175317816 cites W2010380470 @default.
• W3175317816 cites W2016467777 @default.
• W3175317816 cites W2019067781 @default.
• W3175317816 cites W2023502970 @default.
• W3175317816 cites W2027688810 @default.
• W3175317816 cites W2035857972 @default.
• W3175317816 cites W2047803057 @default.
• W3175317816 cites W2057138670 @default.
• W3175317816 cites W2057283871 @default.
• W3175317816 cites W2065456406 @default.
• W3175317816 cites W2067272524 @default.
• W3175317816 cites W2073497431 @default.
• W3175317816 cites W2083050921 @default.
• W3175317816 cites W2096386454 @default.
• W3175317816 cites W2106687865 @default.
• W3175317816 cites W2107498496 @default.
• W3175317816 cites W2123480948 @default.
• W3175317816 cites W2124831017 @default.
• W3175317816 cites W2128621098 @default.
• W3175317816 cites W2133627096 @default.
• W3175317816 cites W2137095075 @default.
• W3175317816 cites W2137284879 @default.
• W3175317816 cites W2143361423 @default.
• W3175317816 cites W2149824020 @default.
• W3175317816 cites W2150219928 @default.
• W3175317816 cites W2151077796 @default.
• W3175317816 cites W2152176199 @default.
• W3175317816 cites W2157128035 @default.
• W3175317816 cites W2162890469 @default.
• W3175317816 cites W2166373297 @default.
• W3175317816 cites W2167495352 @default.
• W3175317816 cites W2168788964 @default.
• W3175317816 cites W2175290130 @default.
• W3175317816 cites W2180305382 @default.
• W3175317816 cites W2182309323 @default.
• W3175317816 cites W2224125790 @default.
• W3175317816 cites W2227427204 @default.
• W3175317816 cites W2241204805 @default.
• W3175317816 cites W2256050830 @default.
• W3175317816 cites W2275953376 @default.
• W3175317816 cites W230024296 @default.
• W3175317816 cites W2318221707 @default.
• W3175317816 cites W2490666257 @default.
• W3175317816 cites W2534276641 @default.
• W3175317816 cites W2602805220 @default.
• W3175317816 cites W2606812976 @default.
• W3175317816 cites W2614464134 @default.
• W3175317816 cites W2732211948 @default.
• W3175317816 cites W2793732510 @default.
• W3175317816 cites W2796167390 @default.
• W3175317816 cites W2799410500 @default.
• W3175317816 cites W2808125714 @default.
• W3175317816 cites W2883101354 @default.
• W3175317816 cites W2909858785 @default.
• W3175317816 cites W2917574168 @default.
• W3175317816 cites W2952742836 @default.
• W3175317816 cites W2995480485 @default.
• W3175317816 cites W2999323047 @default.
• W3175317816 cites W3014559688 @default.
• W3175317816 cites W3035462471 @default.
• W3175317816 cites W3038849569 @default.
• W3175317816 cites W3093381015 @default.
• W3175317816 doi "https://doi.org/10.1016/j.biocontrol.2021.104694" @default.
• W3175317816 hasPublicationYear "2021" @default.
• W3175317816 type Work @default.
• W3175317816 sameAs 3175317816 @default.
• W3175317816 citedByCount "0" @default.
• W3175317816 crossrefType "journal-article" @default.
• W3175317816 hasAuthorship W3175317816A5038931294 @default.
• W3175317816 hasAuthorship W3175317816A5050238512 @default.
• W3175317816 hasAuthorship W3175317816A5051146385 @default.
• W3175317816 hasAuthorship W3175317816A5060907059 @default.

• next