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This book reports on the bundling of the creativity engines science and art and how a living triad of science, art and society can be forged from this. A creative triad, which over a period of two years has jointly committed itself to the utopia of enabling a synthesis of sustainable economy, healthy environment and a just society. The project Mind the Fungi ("Achtung Pilze") is a Citizen Science research project, which resulted from the cooperation of the Departments of Applied and Molecular Microbiology and Bioprocess Engineering of the TU Berlin and the art and research platform Art Laboratory Berlin. It was intended to provide citizens with an opportunity for scientific collaboration. On the one hand, the project was intended to give a broad public an understanding of the importance of fungal biotechnology for a sustainable future and, on the other hand, to establish a research network here at the TU Berlin, in which, among other things, novel fungus-based biomaterials were to be researched with Citizen Scientists. The scientific and artistic paths in the Mind-the-Fungi project, which we followed together with the public from 2018 to 2020, including the Art &Design Residencies, can now be traced in text and images in this book.

Fungal communities.

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This book reports on the bundling of the creativity engines science and art and how a living triad of science, art and society can be forged from this. A creative triad, which over a period of two years has jointly committed itself to the utopia of enabling a synthesis of sustainable economy, healthy environment and a just society. The project Mind the Fungi ("Achtung Pilze") is a Citizen Science research project, which resulted from the cooperation of the Departments of Applied and Molecular Microbiology and Bioprocess Engineering of the TU Berlin and the art and research platform Art Laboratory Berlin. It was intended to provide citizens with an opportunity for scientific collaboration. On the one hand, the project was intended to give a broad public an understanding of the importance of fungal biotechnology for a sustainable future and, on the other hand, to establish a research network here at the TU Berlin, in which, among other things, novel fungus-based biomaterials were to be researched with Citizen Scientists. The scientific and artistic paths in the Mind-the-Fungi project, which we followed together with the public from 2018 to 2020, including the Art &Design Residencies, can now be traced in text and images in this book.

Fungal communities.

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Communautés fongiques --- Fungal communities --- Schimmelgemeenschappen --- Fungal communities. --- FUN Fungi & Lichenes --- Fungi --- ecology --- mycosociology --- FUNGI --- COMMUNITIES --- PHYTOSOCIOLOGY --- HANDBOOKS --- ECOLOGY

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Mycorrhizal symbiosis is a mutualistic association of plant roots and fungi that plays a major role in ecosystem function and diversification, as well as its stability and productivity. It also plays a key role in the biology and ecology of forest trees, affecting growth, water and nutrient absorption and protection against soil-borne pathogens. However, the mycorrhizal research in tropical and neotropical ecosystems remains largely unexplored despite its importance in tropical and neotropical ecosystems. These ecosystems represent more than 0.6% of the total land ecosystems and they have a crucial role in the Earth’s biogeochemical cycling and climate. Threats to tropical forest biodiversity should therefore encourage investigations and inventories of mycorrhizal diversity, function and ecology in tropical latitudes because they concern ecologically and economically important plant species. This Research Topic aims to provide an overview of the knowledge of mycorrhizal symbioses in tropical and neotropical ecosystems. For this Research Topic, we welcome articles that address the diversity, ecology and function of mycorrhiza associated with plants, the impacts of mycorrhiza on plant diversity and composition, the regeneration and dynamics of ecosystems, and biomass production in ecosystems.

ectomycorrhiza --- mycorrhizal fungal communities --- biofertilizer in field conditions --- arbuscular mycorrhiza --- abiotic stress

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Mycorrhizal symbiosis is a mutualistic association of plant roots and fungi that plays a major role in ecosystem function and diversification, as well as its stability and productivity. It also plays a key role in the biology and ecology of forest trees, affecting growth, water and nutrient absorption and protection against soil-borne pathogens. However, the mycorrhizal research in tropical and neotropical ecosystems remains largely unexplored despite its importance in tropical and neotropical ecosystems. These ecosystems represent more than 0.6% of the total land ecosystems and they have a crucial role in the Earth’s biogeochemical cycling and climate. Threats to tropical forest biodiversity should therefore encourage investigations and inventories of mycorrhizal diversity, function and ecology in tropical latitudes because they concern ecologically and economically important plant species. This Research Topic aims to provide an overview of the knowledge of mycorrhizal symbioses in tropical and neotropical ecosystems. For this Research Topic, we welcome articles that address the diversity, ecology and function of mycorrhiza associated with plants, the impacts of mycorrhiza on plant diversity and composition, the regeneration and dynamics of ecosystems, and biomass production in ecosystems.

ectomycorrhiza --- mycorrhizal fungal communities --- biofertilizer in field conditions --- arbuscular mycorrhiza --- abiotic stress