Published data on the toxicity of fluoride (F−) to algae, aquatic plants, invertebrates and
fishes are reviewed. Aquatic organisms living in soft waters may be more adversely affected …

Fluorine is the most reactive elements among the halogen group and commonly and
ubiquitously occurs as fluoride in nature. The industrial processes produce fluoride by …

This book contains eight chapters discussing the history of fluorine and sources of fluorides
in the environments. The uptake, transport and accumulation of inorganic fluorides by plants …

Euphausia superba is exceptional among euphausiids for the large filtering surface of the
feeding basket and its fine mesh size (2–3 μm), which remain into adulthood. This enables …

There is limited information on fluoride toxicity and risk overview on ecotoxicological risks to
aquatic invertebrate populations particularly molluscan taxa. This necessitated the …

We studied partial replacement of fish meal (FM) by krill meal (KM) and how fluoride from
KM enriched-muscles and bones of rainbow trout reared in freshwater affected these fish …

In the marine environment, organisms from lower trophic levels seem as a good alternative
to the traditional meal and oil sources. In the present study, meals were produced from …

This study aimed to totally replace fish meal (FM) in diets by low fluoride krill (Euphausia
superba) meal (LFK). LFK was prepared by removing exoskeletons from dried whole krill to …

Yellowtail (Seriola quinqueradiata) is the most important cultured marine fish in Japan.
Dietary fish meal for yellowtail in aquaculture was replaced with 0.0%, 15.4% and 100.0 …

Ash of Antarctic krill integument (AAKI) was prepared by sintering the integument at 550° C
under air atmosphere for 4 hours, and its composition was analyzed by X-ray diffraction …