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Mean mass of hatchery steelhead and coho (��SD) at the end of the experiment was 3��33?��?0��60 and 5��40?��?1��28?g for high-food treatment and 1��64?��?0��60 and 3��50?��?0��87?g for the low-food treatment, respectively. Mass was highly significant in all models (Table?1). The high-food treatment substantially elevated SMR for both wild steelhead and wild coho (Fig.?1, Table?1), but high food significantly elevated SMR only for steelhead (F2,10?=?5��68, P?=?0��04) among the hatchery fish (Fig.?1, Table?1). Contrary to expectation, there was no difference in SMR between wild steelhead and coho (F4,22?=?2��92, P?=?0��10). However, there was a significant interaction between food and species for hatchery fish (F4,22?=?17��8, P? http://www.selleckchem.com/products/AZD6244.html having a significantly higher SMR than hatchery coho (F2,10?=?5��68, P?=?0��04) at high food, but a significantly lower SMR than hatchery coho at low food (F2,11?=?5��55, P?=?0��04). Steelhead had a significantly higher MMR than coho for both wild (F5,25?=?53��6, P? http://www.selleckchem.com/products/SP600125.html no significant effect of food or species on AS in hatchery fish (Table?1, Fig.?3). Wild steelhead had a significantly higher UCrit than wild coho (F4,25?=?18��1, P? http://www.selleck.cn/products/Imatinib(STI571).html Mean growth rates of hatchery steelhead and coho (��SD) were 3��35?��?0��50% and 1��79?��?0��45% body wt per day at high-food and ?0��90?��?0��29% and ?0��96?��?0��37% body wt per day for the low-food treatments, respectively. Instantaneous growth rate of steelhead was significantly higher than coho growth in both the wild (F3,25?=?9��22, P?=?0��006) and hatchery fish (F3,37?=?22��1, P?