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Welcome to the Library

A collection of media that contributed answers to our research question

Books
The Pursuit of Unhappiness
The Pursuit of Unhappiness
The Pursuit of Unhappiness
Daniel Haybron 
Daniel Haybron 
The Phantom Tollbooth
The Phantom Tollbooth
The Phantom Tollbooth
Norton Juster
Norton Juster
The Happiness Industry
The Happiness Industry
The Happiness Industry
William Davies
William Davies
1984
1984
1984
George Orwell
George Orwell
Myths of Happiness
Myths of Happiness
Myths of Happiness
Sonja Lyubomirsky
Sonja Lyubomirsky
Articles & Documents

A study published in Nature Plants found that organic management also boosts the natural defences of plants to prevent pest damage even when pests are abundant. According to the study, decreased insect pests on long-term organic farms have largely been attributed to practices that limit pest build-up, increase predator biodiversity, and increase the number of beneficial insects.

The nitrogen contents of plants grown on organic farms are often lower than those of conventional systems. Nitrogen-limited plants are often less attractive to herbivores, which could also explain the lower pest pressure observed in organic systems.

A cat's illustration

A study published in Nature Plants found that organic management also boosts the natural defences of plants to prevent pest damage even when pests are abundant. According to the study, decreased insect pests on long-term organic farms have largely been attributed to practices that limit pest build-up, increase predator biodiversity, and increase the number of beneficial insects.

The nitrogen contents of plants grown on organic farms are often lower than those of conventional systems. Nitrogen-limited plants are often less attractive to herbivores, which could also explain the lower pest pressure observed in organic systems.

A cat's illustration

A study published in Nature Plants found that organic management also boosts the natural defences of plants to prevent pest damage even when pests are abundant. According to the study, decreased insect pests on long-term organic farms have largely been attributed to practices that limit pest build-up, increase predator biodiversity, and increase the number of beneficial insects.

The nitrogen contents of plants grown on organic farms are often lower than those of conventional systems. Nitrogen-limited plants are often less attractive to herbivores, which could also explain the lower pest pressure observed in organic systems.

A cat's illustration

A study published in Nature Plants found that organic management also boosts the natural defences of plants to prevent pest damage even when pests are abundant. According to the study, decreased insect pests on long-term organic farms have largely been attributed to practices that limit pest build-up, increase predator biodiversity, and increase the number of beneficial insects.

The nitrogen contents of plants grown on organic farms are often lower than those of conventional systems. Nitrogen-limited plants are often less attractive to herbivores, which could also explain the lower pest pressure observed in organic systems.

A cat's illustration

A study published in Nature Plants found that organic management also boosts the natural defences of plants to prevent pest damage even when pests are abundant. According to the study, decreased insect pests on long-term organic farms have largely been attributed to practices that limit pest build-up, increase predator biodiversity, and increase the number of beneficial insects.

The nitrogen contents of plants grown on organic farms are often lower than those of conventional systems. Nitrogen-limited plants are often less attractive to herbivores, which could also explain the lower pest pressure observed in organic systems.

A cat's illustration

A study published in Nature Plants found that organic management also boosts the natural defences of plants to prevent pest damage even when pests are abundant. According to the study, decreased insect pests on long-term organic farms have largely been attributed to practices that limit pest build-up, increase predator biodiversity, and increase the number of beneficial insects.

The nitrogen contents of plants grown on organic farms are often lower than those of conventional systems. Nitrogen-limited plants are often less attractive to herbivores, which could also explain the lower pest pressure observed in organic systems.

A cat's illustration

A study published in Nature Plants found that organic management also boosts the natural defences of plants to prevent pest damage even when pests are abundant. According to the study, decreased insect pests on long-term organic farms have largely been attributed to practices that limit pest build-up, increase predator biodiversity, and increase the number of beneficial insects.

The nitrogen contents of plants grown on organic farms are often lower than those of conventional systems. Nitrogen-limited plants are often less attractive to herbivores, which could also explain the lower pest pressure observed in organic systems.

A cat's illustration

A study published in Nature Plants found that organic management also boosts the natural defences of plants to prevent pest damage even when pests are abundant. According to the study, decreased insect pests on long-term organic farms have largely been attributed to practices that limit pest build-up, increase predator biodiversity, and increase the number of beneficial insects.

The nitrogen contents of plants grown on organic farms are often lower than those of conventional systems. Nitrogen-limited plants are often less attractive to herbivores, which could also explain the lower pest pressure observed in organic systems.

A cat's illustration
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