 In the first study to demonstrate different learning techniques in a single species , the noisy miner was found to employ different cognitive strategies depending upon the resource it was foraging . When searching for nectar , which does not move but is readily depleted , the noisy miner uses a spatial memory @-@ based strategy , identifying characteristics of the environment — a strategy that is efficient in new environments and is not affected by changes in the bird 's activities . When searching for invertebrates , it appears to employ a different strategy based on learned rules of insect movement ( they improve at finding invertebrates with practice ) . The two different strategies imply the existence of adapted cognitive mechanisms , capable of responding appropriately to different foraging contexts . 
 In the first study to demonstrate different learning techniques in a single species , the noisy miner was found to employ different cognitive strategies depending upon the resource it was foraging . When searching for nectar , which <a href='uninflect' title='1'><mark>does</mark></a> not move but is readily depleted , the noisy miner <a href='uninflect' title='2'><mark>uses</mark></a> a spatial memory @-@ based strategy , identifying characteristics of the environment — a strategy <a href='null_relcl' title='3'><mark>that</mark></a><a href='drop_aux' title='4'><mark>is</mark></a>efficient in new environments and is not affected by changes in the bird <a href='null_genetive' title='5'><mark>'s</mark></a>activities . When searching for invertebrates , it <a href='uninflect' title='6'><mark>appears</mark></a> to employ a different strategy based on learned rules of insect movement ( they improve at finding invertebrates with practice ) . The two different strategies imply the existence of adapted cognitive mechanisms , capable of responding appropriately to different foraging contexts . 
In da first study to demonstrate different learning techniques in a single species , tdanoisy miner was found to employ different cognitive strategies depending upon thdaesource it was foraging . When searching fa nectar , which do not move but is readily depleted , thedaisy miner use a spatial memory @-@ based strategy , identifying characteristics of the environment — a strategy efficient in new environments and ain't affected by changes in the bird  activities . When searchin for invertebrates , it appear to employ a diff strategy based on learned rules of insect movement ( they improve at finding invertebrates w practice ) . The two diffedifftegies imply the dastence of adapted cognitive mechanisms , capable of responding appropriately to different foraging contexts .