"foraging efficiency"

#11130106

8 Apr 2024

Tens of thousands of Baikal Teal are flying over the waters of Wolong Lake Ecological Zone in Shenyang, Liaoning province, China, on April 8, 2024. It is understood that a ''bird wave'' is a group of birds that are composed of single or multiple species that complement each other and advance together for survival. The formation occurs because birds fly together to reduce the risk of predation or to improve the efficiency of foraging.

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#11130108

8 Apr 2024

Tens of thousands of Baikal Teal are flying over the waters of Wolong Lake Ecological Zone in Shenyang, Liaoning province, China, on April 8, 2024. It is understood that a ''bird wave'' is a group of birds that are composed of single or multiple species that complement each other and advance together for survival. The formation occurs because birds fly together to reduce the risk of predation or to improve the efficiency of foraging.

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#11130111

8 Apr 2024

Tens of thousands of Baikal Teal are flying over the waters of Wolong Lake Ecological Zone in Shenyang, Liaoning province, China, on April 8, 2024. It is understood that a ''bird wave'' is a group of birds that are composed of single or multiple species that complement each other and advance together for survival. The formation occurs because birds fly together to reduce the risk of predation or to improve the efficiency of foraging.

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#11130112

8 Apr 2024

Tens of thousands of Baikal Teal are flying over the waters of Wolong Lake Ecological Zone in Shenyang, Liaoning province, China, on April 8, 2024. It is understood that a ''bird wave'' is a group of birds that are composed of single or multiple species that complement each other and advance together for survival. The formation occurs because birds fly together to reduce the risk of predation or to improve the efficiency of foraging.

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#11130113

8 Apr 2024

Tens of thousands of Baikal Teal are flying over the waters of Wolong Lake Ecological Zone in Shenyang, Liaoning province, China, on April 8, 2024. It is understood that a ''bird wave'' is a group of birds that are composed of single or multiple species that complement each other and advance together for survival. The formation occurs because birds fly together to reduce the risk of predation or to improve the efficiency of foraging.

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#10909251

13 Jan 2024

A wind tower is standing near Lisbon, Portugal, on January 13, 2024. Portugal is forging ahead with its plan to phase out fossil fuels to help save the planet from global warming, expanding the use of renewable sources to produce electricity. The country is on course to generate 85% of its electricity from renewable sources by 2030.

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#10909257

13 Jan 2024

A wind tower is standing near Lisbon, Portugal, on January 13, 2024. Portugal is forging ahead with its plan to phase out fossil fuels to help save the planet from global warming, expanding the use of renewable sources to produce electricity. The country is on course to generate 85% of its electricity from renewable sources by 2030.

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#10244844

7 Jul 2023

A bee is seen foraging nectar from lavender in a garden in Warsaw, Poland on 07 July, 2023. Researchers at the University of Sheffield have published research in June, 2023 that looks at the decision making strategies of honey bees. The quick decision making strategies by bees can be used to design more efficient, autonomous machines and robots.

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#10244846

7 Jul 2023

A bee is seen foraging nectar from lavender in a garden in Warsaw, Poland on 07 July, 2023. Researchers at the University of Sheffield have published research in June, 2023 that looks at the decision making strategies of honey bees. The quick decision making strategies by bees can be used to design more efficient, autonomous machines and robots.

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#10244848

7 Jul 2023

A bee is seen foraging nectar from lavender in a garden in Warsaw, Poland on 07 July, 2023. Researchers at the University of Sheffield have published research in June, 2023 that looks at the decision making strategies of honey bees. The quick decision making strategies by bees can be used to design more efficient, autonomous machines and robots.

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#10244850

7 Jul 2023

A bee is seen foraging nectar from lavender in a garden in Warsaw, Poland on 07 July, 2023. Researchers at the University of Sheffield have published research in June, 2023 that looks at the decision making strategies of honey bees. The quick decision making strategies by bees can be used to design more efficient, autonomous machines and robots.

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#10244840

7 Jul 2023

A bee is seen foraging nectar from lavender in a garden in Warsaw, Poland on 07 July, 2023. Researchers at the University of Sheffield have published research in June, 2023 that looks at the decision making strategies of honey bees. The quick decision making strategies by bees can be used to design more efficient, autonomous machines and robots.

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#10244842

7 Jul 2023

A bee is seen foraging nectar from lavender in a garden in Warsaw, Poland on 07 July, 2023. Researchers at the University of Sheffield have published research in June, 2023 that looks at the decision making strategies of honey bees. The quick decision making strategies by bees can be used to design more efficient, autonomous machines and robots.

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