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Mineral content of honeybee-collected pollen from southern New South Wales

D. C. Somerville and H. I. Nicol
42(8) pp.1131 - 1136


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(2015)
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Filipiak Michał, Kuszewska Karolina, Asselman Michel, Denisow Bożena, Stawiarz Ernest, Woyciechowski Michał, Weiner January, Jadhao Sanjay B.
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Chemistry & Biodiversity. 2024 21(7).
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Bee World. 2005 86(1). p.3
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