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Maurizio G Paoletti

Biographic Data

ID130736
NAMEMaurizio G Paoletti
GIVEN NAMESMaurizio G
FAMILY NAMEPaoletti
SIGNATUREPAOLETTI M G
AFFILIATIONSUniversity of Padua
VERIFIEDNo
TOTAL WORKS21
TOTAL CITATIONS12
AUTHOR COUNT21
EDITOR COUNT0
FIRST PUBLICATION YEAR1995
LATEST PUBLICATION YEAR2024
H-INDEX2
  • Uncomfortable knowledge in sustainability science: Essays in honor of David Pimentel (1925–2019)

    Open Access•M Giampietro, Sandra G F Bukken et al.•ARTICLE•Environment Development and…•2024

  • Catone, Giuba e Vincentius: Il programma decorativo della Casa di Venere a Volubilis

    Maurizio G Paoletti, Maurizio Paoletti•ARTICLE•Studi classici e orientali•2022

  • Edible Insects and Other Chitin-Bearing Foods in Ethnic Peru: Accessibility, Nutritional Acceptance, and Food-Security Implications

    Open Access•Nicola Manno, Walter Zelada Estraver et al.•ARTICLE•Journal of Ethnobiology•2018

    This study concerns the ecological and economic features of a particular category of complementary foods in ethnic Peru—comprising of insects, crustaceans, snails, and mushrooms— grouped as chitin-bearing foods (CBFs). Data collection was through participatory methods and semistructured interviews with 242 individuals in eight communities/villages from four ethnic populations. We found that, in Peruvian Amazonian Amerindian communities, CBFs are …

  • Edible and Tended Wild Plants, Traditional Ecological Knowledge and Agroecology

    Nancy J Turner, Łukasz Łuczaj et al.•ARTICLE•Critical Reviews in Plant Sciences•2011

    Humans the world over have depended on wild-growing plants in their diets for hundreds of thousands of years, and many people continue to rely on these species to meet at least part of their daily nutritional needs. Wild harvested plant foods include: roots and other underground parts; shoots and leafy greens; berries and other fleshy fruits; grains, nuts and seeds; and mushrooms, lichens, algae and other species. Use of any of these species requ…

  • Differences in Fatty Acid Composition between Aquatic and Terrestrial Insects Used as Food in Human Nutrition

    Diego Fontaneto, Mila Tommaseo-Ponzetta et al.•ARTICLE•Ecology of Food and Nutrition•2011

    Edible insects may be a source of long-chain polyunsaturated fatty acids (LC-PUFA). The aim of this article is to test for differences in aquatic and terrestrial insects used in human nutrition. We implemented linear models and discovered that differences in the proportion of LC-PUFA between aquatic and terrestrial insects do exist, with terrestrial insects being significantly richer in particular omega-6 fatty acids. In conclusion, any kind of i…

  • Toxic Moths: Source of a Truly Safe Delicacy

    Open Access•Mika Zagrobelny, Angelo Leandro Dreon et al.•ARTICLE•Journal of Ethnobiology•2009

    A field survey of local traditional food habits in northern Italy revealed that children in Carnia have traditionally eaten sweet ingluvies (the crop) from day flying moths of the genus Zygaena and its mimic, Syntomis. These moths are brightly colored, and all species of Zygaena contain cyanogenic glucosides, which release toxic hydrogen cyanide upon degradation. The presence of cyanogenic glucosides in larvae and imagos (adults) as well as in in…

  • Biofuels: Efficiency, Ethics, and Limits to Human Appropriation of Ecosystem Services

    Open Access•Tiziano Gomiero, Maurizio G Paoletti et al.•ARTICLE•Journal of Agricultural and…•2009•Cited by: 6•References: 7

  • Gurr et al. 2004. Ecological Engineering for Pest Management: Habitat Manipulation for Arthropods. CSIRO Publishing, Collingwood, Australia

    Open Access•Maurizio G Paoletti•ARTICLE•Conservation Ecology•2005

    Paoletti, M. G. 2005. Gurr et al. 2004. Ecological engineering for pest management: habitat manipulation for arthropods. CSIRO Publishing, Collingwood, Australia. Ecology and Society 10(1): 2. https://doi.org/10.5751/ES-01183-100102

  • Ecological Engineering for Pest Management—Advances in Habitat Manipulation for Arthropods

    Open Access•Maurizio G Paoletti•ARTICLE•Economic Botany•2005

  • Domestication Process of Two Solanum Section Lasiocarpa Species Among Amerindians in the Upper Orinoco, Venezuela, with Special Focus on Piaroa Indians

    Open Access•G Volpato, Rossella Marcucci et al.•ARTICLE•Economic Botany•2004•References: 16

  • Nutrient content of termites(syntermes soldiers) consumed bymakiritare amerindians of the altoorinoco of Venezuela

    Maurizio G Paoletti, Erika Buscardo et al.•ARTICLE•Ecology of Food and Nutrition•2003

    Termites seri (especially Syntermes aculeosus soldiers) are collected extensively by Makiritare (or Ye Kuana Indians in the Alto Orinoco) and consumed raw or after soaking in hot water (60 -80 C). They are gathered be means of termite fishing technique and then transported into a package called kukuruciu made with Musacean (Phenakospermum sp.) leaves. The solders of Syntermes constitute a food source of great nutritional value: high in proteins a…

  • Arboles Tropicales Comunes del Area Maya. Sistema de Identificación Taxonómica: Daniel F. Austin, Book Review Editor

    Open Access•Maurizio G Paoletti•ARTICLE•Economic Botany•2002

  • Feature Article: Acclimatization Trials of Some Solanum Species from Amazonas Venezuela at the Botanical Garden of Padova1

    Open Access•Nicoletta Rascio, A Camani et al.•ARTICLE•Economic Botany•2002•Cited by: 1•References: 10

  • Soil Ecology: Daniel F. Austin, Book Review Editor

    Open Access•Maurizio G Paoletti•ARTICLE•Economic Botany•2002•Cited by: 1

  • Agricultural Reform in China. Getting Institutions Right: Daniel F. Austin, Book Review Editor

    Open Access•Maurizio G Paoletti•ARTICLE•Economic Botany•2002•References: 1

  • Palm worm: ( Rhynchophorus palmarum ) traditional food in Amazonas, Venezuela—nutritional composition, small scale production and tourist palatability

    Hugo Cerda, R Martinez et al.•ARTICLE•Ecology of Food and Nutrition•2001

    We describe the use of alerito, the larva of the Rhynchophorus palmarum (Coleoptera: Curculionidae), by the Jivi (Guajibo) community of Alcabala de Guajibo, Amazonas, Venezuela. The Indians gather the palm worms from damaged or fallen palm stems and eat them raw or roasted. We analysed the nutrient composition of the palm worm and found that it is an excellent source of protein, vitamins A and E, and minerals. We further describe the development …

  • Edible Invertebrates Among Amazonian Indians: A Critical Review of Disappearing Knowledge

    Open Access•Maurizio G Paoletti, Erika Buscardo et al.•ARTICLE•Environment Development and…•2000

  • Vietnamese Uplands: Environmental and Socio-Economic Perspective of Forest Land Allocation and Deforestation Process

    Open Access•Tiziano Gomiero, Davide Pettenella et al.•ARTICLE•Environment Development and…•2000

  • Environmental Risks of Pesticides Versus Genetic Engineering for Agricultural Pest Control

    Open Access•Maurizio G Paoletti, David Pimentel•ARTICLE•Journal of Agricultural and…•2000•Cited by: 4

  • Insects as food of the Irian Jaya populations

    Mila Tommaseo Ponzetta, Maurizio G Paoletti•ARTICLE•Ecology of Food and Nutrition•1997

    Insects and terrestrial invertebrates are presumed to have consistently contributed to the diet of our ancestors and it is estimated that 1386 insects are still adopted worldwide for human nutrition. As elsewhere in the tropical world, insects are a part of the diet of Irian Jaya populations. The distribution of insect food consumption on the western side of New Guinea island follows different patterns, according to the environment and to populat…

  • Pistic, traditional food from Western Friuli, N.E. Italy

    Open Access•Maurizio G Paoletti, Angelo Leandro Dreon et al.•ARTICLE•Economic Botany•1995

  • Biofuels: Efficiency, Ethics, and Limits to Human Appropriation of Ecosystem Services

    Open Access•Tiziano Gomiero, Maurizio G Paoletti et al.•ARTICLE•Journal of Agricultural and…•2009•Cited by: 6•References: 7

  • Environmental Risks of Pesticides Versus Genetic Engineering for Agricultural Pest Control

    Open Access•Maurizio G Paoletti, David Pimentel•ARTICLE•Journal of Agricultural and…•2000•Cited by: 4

  • Feature Article: Acclimatization Trials of Some Solanum Species from Amazonas Venezuela at the Botanical Garden of Padova1

    Open Access•Nicoletta Rascio, A Camani et al.•ARTICLE•Economic Botany•2002•Cited by: 1•References: 10

  • Soil Ecology: Daniel F. Austin, Book Review Editor

    Open Access•Maurizio G Paoletti•ARTICLE•Economic Botany•2002•Cited by: 1

  • Pistic, traditional food from Western Friuli, N.E. Italy

    Open Access•Maurizio G Paoletti, Angelo Leandro Dreon et al.•ARTICLE•Economic Botany•1995

  • Insects as food of the Irian Jaya populations

    Mila Tommaseo Ponzetta, Maurizio G Paoletti•ARTICLE•Ecology of Food and Nutrition•1997

    Insects and terrestrial invertebrates are presumed to have consistently contributed to the diet of our ancestors and it is estimated that 1386 insects are still adopted worldwide for human nutrition. As elsewhere in the tropical world, insects are a part of the diet of Irian Jaya populations. The distribution of insect food consumption on the western side of New Guinea island follows different patterns, according to the environment and to populat…

  • Edible Invertebrates Among Amazonian Indians: A Critical Review of Disappearing Knowledge

    Open Access•Maurizio G Paoletti, Erika Buscardo et al.•ARTICLE•Environment Development and…•2000

  • Vietnamese Uplands: Environmental and Socio-Economic Perspective of Forest Land Allocation and Deforestation Process

    Open Access•Tiziano Gomiero, Davide Pettenella et al.•ARTICLE•Environment Development and…•2000

  • Environmental Risks of Pesticides Versus Genetic Engineering for Agricultural Pest Control

    Open Access•Maurizio G Paoletti, David Pimentel•ARTICLE•Journal of Agricultural and…•2000•Cited by: 4

  • Palm worm: ( Rhynchophorus palmarum ) traditional food in Amazonas, Venezuela—nutritional composition, small scale production and tourist palatability

    Hugo Cerda, R Martinez et al.•ARTICLE•Ecology of Food and Nutrition•2001

    We describe the use of alerito, the larva of the Rhynchophorus palmarum (Coleoptera: Curculionidae), by the Jivi (Guajibo) community of Alcabala de Guajibo, Amazonas, Venezuela. The Indians gather the palm worms from damaged or fallen palm stems and eat them raw or roasted. We analysed the nutrient composition of the palm worm and found that it is an excellent source of protein, vitamins A and E, and minerals. We further describe the development …

  • Arboles Tropicales Comunes del Area Maya. Sistema de Identificación Taxonómica: Daniel F. Austin, Book Review Editor

    Open Access•Maurizio G Paoletti•ARTICLE•Economic Botany•2002

  • Feature Article: Acclimatization Trials of Some Solanum Species from Amazonas Venezuela at the Botanical Garden of Padova1

    Open Access•Nicoletta Rascio, A Camani et al.•ARTICLE•Economic Botany•2002•Cited by: 1•References: 10

  • Soil Ecology: Daniel F. Austin, Book Review Editor

    Open Access•Maurizio G Paoletti•ARTICLE•Economic Botany•2002•Cited by: 1

  • Agricultural Reform in China. Getting Institutions Right: Daniel F. Austin, Book Review Editor

    Open Access•Maurizio G Paoletti•ARTICLE•Economic Botany•2002•References: 1

  • Nutrient content of termites(syntermes soldiers) consumed bymakiritare amerindians of the altoorinoco of Venezuela

    Maurizio G Paoletti, Erika Buscardo et al.•ARTICLE•Ecology of Food and Nutrition•2003

    Termites seri (especially Syntermes aculeosus soldiers) are collected extensively by Makiritare (or Ye Kuana Indians in the Alto Orinoco) and consumed raw or after soaking in hot water (60 -80 C). They are gathered be means of termite fishing technique and then transported into a package called kukuruciu made with Musacean (Phenakospermum sp.) leaves. The solders of Syntermes constitute a food source of great nutritional value: high in proteins a…

  • Domestication Process of Two Solanum Section Lasiocarpa Species Among Amerindians in the Upper Orinoco, Venezuela, with Special Focus on Piaroa Indians

    Open Access•G Volpato, Rossella Marcucci et al.•ARTICLE•Economic Botany•2004•References: 16

  • Gurr et al. 2004. Ecological Engineering for Pest Management: Habitat Manipulation for Arthropods. CSIRO Publishing, Collingwood, Australia

    Open Access•Maurizio G Paoletti•ARTICLE•Conservation Ecology•2005

    Paoletti, M. G. 2005. Gurr et al. 2004. Ecological engineering for pest management: habitat manipulation for arthropods. CSIRO Publishing, Collingwood, Australia. Ecology and Society 10(1): 2. https://doi.org/10.5751/ES-01183-100102

  • Ecological Engineering for Pest Management—Advances in Habitat Manipulation for Arthropods

    Open Access•Maurizio G Paoletti•ARTICLE•Economic Botany•2005

  • Toxic Moths: Source of a Truly Safe Delicacy

    Open Access•Mika Zagrobelny, Angelo Leandro Dreon et al.•ARTICLE•Journal of Ethnobiology•2009

    A field survey of local traditional food habits in northern Italy revealed that children in Carnia have traditionally eaten sweet ingluvies (the crop) from day flying moths of the genus Zygaena and its mimic, Syntomis. These moths are brightly colored, and all species of Zygaena contain cyanogenic glucosides, which release toxic hydrogen cyanide upon degradation. The presence of cyanogenic glucosides in larvae and imagos (adults) as well as in in…

  • Biofuels: Efficiency, Ethics, and Limits to Human Appropriation of Ecosystem Services

    Open Access•Tiziano Gomiero, Maurizio G Paoletti et al.•ARTICLE•Journal of Agricultural and…•2009•Cited by: 6•References: 7

  • Edible and Tended Wild Plants, Traditional Ecological Knowledge and Agroecology

    Nancy J Turner, Łukasz Łuczaj et al.•ARTICLE•Critical Reviews in Plant Sciences•2011

    Humans the world over have depended on wild-growing plants in their diets for hundreds of thousands of years, and many people continue to rely on these species to meet at least part of their daily nutritional needs. Wild harvested plant foods include: roots and other underground parts; shoots and leafy greens; berries and other fleshy fruits; grains, nuts and seeds; and mushrooms, lichens, algae and other species. Use of any of these species requ…

  • Differences in Fatty Acid Composition between Aquatic and Terrestrial Insects Used as Food in Human Nutrition

    Diego Fontaneto, Mila Tommaseo-Ponzetta et al.•ARTICLE•Ecology of Food and Nutrition•2011

    Edible insects may be a source of long-chain polyunsaturated fatty acids (LC-PUFA). The aim of this article is to test for differences in aquatic and terrestrial insects used in human nutrition. We implemented linear models and discovered that differences in the proportion of LC-PUFA between aquatic and terrestrial insects do exist, with terrestrial insects being significantly richer in particular omega-6 fatty acids. In conclusion, any kind of i…

  • Edible Insects and Other Chitin-Bearing Foods in Ethnic Peru: Accessibility, Nutritional Acceptance, and Food-Security Implications

    Open Access•Nicola Manno, Walter Zelada Estraver et al.•ARTICLE•Journal of Ethnobiology•2018

    This study concerns the ecological and economic features of a particular category of complementary foods in ethnic Peru—comprising of insects, crustaceans, snails, and mushrooms— grouped as chitin-bearing foods (CBFs). Data collection was through participatory methods and semistructured interviews with 242 individuals in eight communities/villages from four ethnic populations. We found that, in Peruvian Amazonian Amerindian communities, CBFs are …

  • Catone, Giuba e Vincentius: Il programma decorativo della Casa di Venere a Volubilis

    Maurizio G Paoletti, Maurizio Paoletti•ARTICLE•Studi classici e orientali•2022

  • Uncomfortable knowledge in sustainability science: Essays in honor of David Pimentel (1925–2019)

    Open Access•M Giampietro, Sandra G F Bukken et al.•ARTICLE•Environment Development and…•2024

Biology (19 works) · Ecology (13 works) · Geography (12 works) · Botany (8 works) · Ecology (8 works) · Agriculture (6 works) · Insect Utilization and Effects (6 works) · Plant ecology (6 works) · Insect and Arachnid Ecology and Behavior (5 works) · Agroforestry (4 works)

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