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Plants are a lot amountsbehaviourscapablefancyhumblejournalopportunitiespaperpotquestionregardingremarkablyresourcesrootssenseseveralsimilarsmarterwhetherwhile than we thought. According to researchers, they are amountsbehaviourscapablefancyhumblejournalopportunitiespaperpotquestionregardingremarkablyresourcesrootssenseseveralsimilarsmarterwhetherwhile of making intelligent decisions amountsbehaviourscapablefancyhumblejournalopportunitiespaperpotquestionregardingremarkablyresourcesrootssenseseveralsimilarsmarterwhetherwhile risk. Scientists have discovered that one plant, the amountsbehaviourscapablefancyhumblejournalopportunitiespaperpotquestionregardingremarkablyresourcesrootssenseseveralsimilarsmarterwhetherwhile pea, can make decisions regarding how to survive best, even though it does not have a brain. Researchers from the UK's Oxford University and Israel's Tel-Hai College grew amountsbehaviourscapablefancyhumblejournalopportunitiespaperpotquestionregardingremarkablyresourcesrootssenseseveralsimilarsmarterwhetherwhile pea plants that had their amountsbehaviourscapablefancyhumblejournalopportunitiespaperpotquestionregardingremarkablyresourcesrootssenseseveralsimilarsmarterwhetherwhile separated between two pots. Each pot contained differing amountsbehaviourscapablefancyhumblejournalopportunitiespaperpotquestionregardingremarkablyresourcesrootssenseseveralsimilarsmarterwhetherwhile of nutrients. One pot always had the same amount, amountsbehaviourscapablefancyhumblejournalopportunitiespaperpotquestionregardingremarkablyresourcesrootssenseseveralsimilarsmarterwhetherwhile the other pot varied between a lot and a little. The plants turned out to be amountsbehaviourscapablefancyhumblejournalopportunitiespaperpotquestionregardingremarkablyresourcesrootssenseseveralsimilarsmarterwhetherwhile consistent at diverting their roots to the amountsbehaviourscapablefancyhumblejournalopportunitiespaperpotquestionregardingremarkablyresourcesrootssenseseveralsimilarsmarterwhetherwhile with the most nutrients.

The research amountsbehaviourscapablefancyhumblejournalopportunitiespaperpotquestionregardingremarkablyresourcesrootssenseseveralsimilarsmarterwhetherwhile will be published this week in the 'Current Biology' amountsbehaviourscapablefancyhumblejournalopportunitiespaperpotquestionregardingremarkablyresourcesrootssenseseveralsimilarsmarterwhetherwhile. Researcher Alex Kacelnik said the experiment, "raises a amountsbehaviourscapablefancyhumblejournalopportunitiespaperpotquestionregardingremarkablyresourcesrootssenseseveralsimilarsmarterwhetherwhile, not about plants, but about animals and humans". He wondered amountsbehaviourscapablefancyhumblejournalopportunitiespaperpotquestionregardingremarkablyresourcesrootssenseseveralsimilarsmarterwhetherwhile the pea plant might be more efficient in using its limited decision-making amountsbehaviourscapablefancyhumblejournalopportunitiespaperpotquestionregardingremarkablyresourcesrootssenseseveralsimilarsmarterwhetherwhile than humans. He said: "We have a very amountsbehaviourscapablefancyhumblejournalopportunitiespaperpotquestionregardingremarkablyresourcesrootssenseseveralsimilarsmarterwhetherwhile brain, but maybe most of the time we're not using it." Professor Kacelnik said he did not think that pea plants were intelligent in the human amountsbehaviourscapablefancyhumblejournalopportunitiespaperpotquestionregardingremarkablyresourcesrootssenseseveralsimilarsmarterwhetherwhile, but that they exhibited complex amountsbehaviourscapablefancyhumblejournalopportunitiespaperpotquestionregardingremarkablyresourcesrootssenseseveralsimilarsmarterwhetherwhile to efficiently take advantage of natural amountsbehaviourscapablefancyhumblejournalopportunitiespaperpotquestionregardingremarkablyresourcesrootssenseseveralsimilarsmarterwhetherwhile. It would be interesting to see how our lives would be different if we adopted amountsbehaviourscapablefancyhumblejournalopportunitiespaperpotquestionregardingremarkablyresourcesrootssenseseveralsimilarsmarterwhetherwhile strategies.