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RATL: A Database of Reptile and Amphibian Toxicology Literature

RATL: A Database of Reptile and Amphibian Toxicology Literature

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Contaminant a Species<br />

Code b<br />

Lifestage Exposure<br />

Route f<br />

Table 4 - Laboratory Studies - 5<br />

Study<br />

Endpoint g Temp h pH Contaminant<br />

Concentration<br />

e<br />

Results, Residues, Effects <strong>and</strong>/or Remarks d,e<br />

Reference k<br />

amaranth HYGR tadpoles IMMER BEHAV 0, 0.00125% Authors suggest the effects <strong>of</strong> staining on growth can<br />

severely bias long-term mark-recapture studies or studies on<br />

the relationship <strong>of</strong> growth rate to other variables which use<br />

stained animals.<br />

Travis 1981<br />

amaranth XELA embryo- IMMER DEVOBS Lowest effect conc. = 25000 mg/L. Developmental toxicity Sakamoto et al. ?<br />

larvae<br />

occurred in a dose-dependent manner.<br />

aminocarb RACL larvae IMMER BEHAV 21 5, 10 Results not extracted from paper.<br />

Lyons et al. 1976 k<br />

ammonium carbonate THRA adult DERMAL BEHAV Investigative behaviour described, animals that immersed<br />

their heads quickly began to show signs <strong>of</strong> distress such as<br />

foaming at the mouth, gaping <strong>and</strong> rubbing the side <strong>of</strong> the head<br />

on the floor <strong>of</strong> the cage.<br />

Secoy 1979<br />

ammonium THRA adult DERMAL BEHAV Investigative behaviour described, contact with liquid Secoy 1979<br />

hydroxide<br />

ammonium on the head resulted in distress such as foaming at<br />

the mouth, gaping <strong>and</strong> rubbing side <strong>of</strong> the head along the<br />

floor <strong>of</strong> the cage.<br />

ammonium nitrate PSTR tadpoles IMMER BEHAV 20±2 7.5-8.0 0, 2.5, 5 <strong>and</strong> Some mortality by 3-7 d; survival decreased sig. over time; Hecnar 1995<br />

10 mg/L behavioural <strong>and</strong> morphological abnormalities within 24-48 h.<br />

ammonium nitrate RACL tadpoles IMMER BEHAV 20±2 7.5-8.0 0, 2.5, 5 <strong>and</strong><br />

10 mg/L<br />

Some mortality by 3-7 d. Survivorship decreased over time. Hecnar 1995<br />

ammonium nitrate RAPI tadpoles IMMER BEHAV 20±2 7.5-8.0 0, 2.5, 5 <strong>and</strong><br />

10 mg/L<br />

Some mortality by 3-7 d. Survivorship decreased over time. Hecnar 1995<br />

ammonium nitrate RATE adult DERMAL MORT 49.4 g/m 2<br />

EC50= 107 min in dry soil <strong>and</strong> 84 min in moist soils. Oldham et al. 1997<br />

ammonium nitrate RATE adult IMMER MORT 6.2-12.4 g/m 2 EC50= 6.9 g/m 2 , effects usually lead to eventual death. This<br />

study concluded that it is uncertain whether fertilizers<br />

contribute to population declines.<br />

Oldham et al. 1997<br />

ammonium nitrate RATE adult DERMAL BEHAV Results not extracted from paper. Oldham et al. 1993<br />

ammonium nitrate RATE adult (M) DERMAL BEHAV EC50= 1.9 g/m 2 ; acutely toxic; markedly reduced activity <strong>and</strong> Oldham <strong>and</strong> Hilton-Brown<br />

change in ventilation pattern.<br />

1992<br />

ammonium nitrate TRVU larvae IMMER MORT 50-500 mg/L Larvae exposed to 50 mg/L showed no sig. dif. to control<br />

larvae in feeding rate, mass at metamorphosis or time to<br />

metamorphosis.<br />

Watt <strong>and</strong> Oldham 1995<br />

aniline XELA tadpole<br />

(stage 38)<br />

IMMER MORT 1-10000 ppm 2 wk <strong>and</strong> 90 d exposure.<br />

Dumpert 1987 k<br />

ansar SCCO adult IMMER MORT 100-100000<br />

ppm<br />

10000 ppm toxic to adults; 100000 ppm toxic to all adults<br />

within 2 h.<br />

Judd 1977 k<br />

ansar SCCO juvenile IMMER MORT 100-100000<br />

ppm<br />

100 ppm not toxic to juveniles; 1000 ppm toxic to juveniles<br />

but not adults; 100 % mortality at 72 h at 10000 ppm.<br />

Judd 1977 k<br />

arginine vasotocin AMTI adult IMMER PHYSIO Arginine vasotocin sig. increased dehydration in AMTI<br />

adults, which was also true for larvae but not for neotenes.<br />

Norman 1981<br />

arginine vasotocin AMTI larvae IMMER PHYSIO Arginine vasotocin induces water loss in larvae (similar to<br />

results for adults but not similar to neotene response).<br />

Norman 1981

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