Noah Wilson-Rich

Noah Wilson-Rich

United States
6K followers 500+ connections

About

🐝 Headline: CEO & Chief Scientific Officer at The Best Bees Company | Keynote Speaker |…

Articles by Noah

  • Tucking the Bees in for Winter

    Tucking the Bees in for Winter

    My beekeepers are as busy as ever. Before the really cold weather comes, they have one last opportunity to clean out…

    3 Comments
  • Did You Miss Massachusetts Apple Month?

    Did You Miss Massachusetts Apple Month?

    I wanted to share this wonderful blog written by Best Bees' own, Emily Dentico. Hope you enjoy! --- As the weather…

    3 Comments
  • HUBweek 2016

    HUBweek 2016

    Now’s your opportunity to be a part of #HUBweek 2016! HUBweek has opened a call for collaborators to participate in…

Activity

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Experience

  • The Best Bees Company Graphic

    The Best Bees Company

    Boston, Massachusetts, USA

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    Boston, Massachusetts, United States

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    Cambridge, Massachusetts

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    Boston, Massachusetts, USA

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    Boston, Massachusetts, USA

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    Medford, MA

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    Medford, MA

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    Rosengaus Laboratory

Education

  • Tufts University Graphic

    Tufts University

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    Dissertation title: "Genetic, individual, and group facilitation of disease resistance in honey bees (Apis mellifera) and two species of paper wasps (Polistes dominulus and P. fuscatus)"

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Publications

  • Are bees back on their knees?

    New York Times

    IN 2006, beekeepers in Pennsylvania’s apple country noticed the first sign of many bad things to come. Once thriving beehives were suddenly empty, devoid of nearly all worker bees, but with an apparently healthy, if lonely, queen remaining in place. Over a period of just three months, tens of thousands of honeybees were totally gone. Multiply this across millions of beehives in millions of apiaries in the more than 22 states that were soon affected, and suddenly we faced a huge, tragic mystery.

    See publication
  • The Bee: A Natural History

    Princeton University Press

    THE BEE: A Natural History (September 10, 2014) by Noah Wilson-Rich is the most accessible source of information about all bee species, written for non-scientists by some of the world’s leading bee experts and researchers. Beautiful artwork complements and clarifies the text, which is kept brief enough to cover as much information as possible, while keeping general readers engaged.

    The diversity of bee species is astounding. Earth is home to 20,000 bee species ranging from…

    THE BEE: A Natural History (September 10, 2014) by Noah Wilson-Rich is the most accessible source of information about all bee species, written for non-scientists by some of the world’s leading bee experts and researchers. Beautiful artwork complements and clarifies the text, which is kept brief enough to cover as much information as possible, while keeping general readers engaged.

    The diversity of bee species is astounding. Earth is home to 20,000 bee species ranging from fluorescent-colored orchid bees and sweat bees to flower-nesting squash bees and leaf-cutter bees. This book takes an incomparable look at this astounding diversity, blending an engaging narrative with practical, hands-on discussions of such topics as beekeeping and bee health. It explores our relationship with the bee over evolutionary time, delving into how it came to be, where it stands today, and what the future holds for humanity and bees alike. The book also contains a wealth of information for would-be beekeepers on the benefits of backyard hives and practical advice on how to get started.

    There is mounting evidence that bees (honey, bumble, and others) are bioindicators and that their population decline indicates larger ecological, environmental, and agricultural concerns. Getting a 360˚ picture of the past, present, and future of bees in the world is an important first step to tackling these larger issues and, in this respect, THE BEE is an invaluable resource.

    Other authors
    See publication
  • A test of the haploid susceptibility hypothesis using a species with naturally occurring variation in ploidy.

    Insectes Sociaux

    (EDITOR'S AWARD FOR BEST PAPER 2014) The haploid susceptibility hypothesis (HSH) was proposed as an explanation for how behavioral roles in haplodiploid social systems evolved. It posits that haploid males are more susceptible to disease than diploid females due to decreased genetic variability at key disease resistance loci. The resulting decreased immunocompetence is hypothesized to have played a role in the evolution of social behavior by limiting the behavioral repertoire haploids perform…

    (EDITOR'S AWARD FOR BEST PAPER 2014) The haploid susceptibility hypothesis (HSH) was proposed as an explanation for how behavioral roles in haplodiploid social systems evolved. It posits that haploid males are more susceptible to disease than diploid females due to decreased genetic variability at key disease resistance loci. The resulting decreased immunocompetence is hypothesized to have played a role in the evolution of social behavior by limiting the behavioral repertoire haploids perform. Here, we test this hypothesis in a study system that separates ploidy from behavioral sex roles: Polistes dominulus, a social wasp, has colonies with naturally occurring diploid males. We report results from two immune function assays—hemolymph phenoloxidase activity and encapsulation response—performed on haploid males, diploid males, and diploid females. Our data suggest that ploidy is not a significant contributor to immune function in P. dominulus; thus, our data do not support the HSH for the evolution of behavioral roles. Instead, our data indicate that time of emergence is the best predictor of immune function in Polistes. We speculate that seasonal trends result from seasonal differences in pathogens and parasites.

    Other authors
    • Julia Pilowsky
    • Bill Foo
    • Tien Tien
    • Faith Hester
    • Philip Starks
    See publication
  • Within- and across-colony effects of hyperpolyandry on immune function and body condition in honey bees (Apis mellifera).

    Journal of Insect Physiology

    Honey bees (Apis mellifera) have become a model system for studies on the influence of genetic diversity on disease. Honey bee queens mate with a remarkably high number of males-up to 29 in the current study-from which they produce a colony of genetically diverse daughter workers. Recent evidence suggests a significant benefit of intracolony genetic diversity on disease resistance. Here, we explored the relationship between the level of genetic diversity and multiple physiological mechanisms of…

    Honey bees (Apis mellifera) have become a model system for studies on the influence of genetic diversity on disease. Honey bee queens mate with a remarkably high number of males-up to 29 in the current study-from which they produce a colony of genetically diverse daughter workers. Recent evidence suggests a significant benefit of intracolony genetic diversity on disease resistance. Here, we explored the relationship between the level of genetic diversity and multiple physiological mechanisms of cellular and humoral immune defense (encapsulation response and phenoloxidase activity). We also investigated an effect of genetic diversity on a measure of body condition (fat body mass). While we predicted that mean colony phenoloxidase activity, encapsulation response, and fat body mass would show a positive relationship with increased intracolonial genetic diversity, we found no significant relationship between genetic diversity and these immune measures, and found no consistent effect on body condition. These results suggest that high genetic diversity as a result of extreme polyandry may have little bearing on the physiological mechanisms of immune function at naturally occurring mating levels in honey bees.

    Other authors
    • David Tarpy
    • Philip Starks
    See publication
  • Book Review: Rolff, J. & Reynolds, S.E. (Eds.) 2009: Insect infection and immunity: evolution, ecology, and mechanisms.

    Myrmecological News 13:80

    Other authors
    • Rosengaus RB
    • Starks PT
  • Sexual interactions and nestmate recognition in invasive populations of Polistes dominulus wasps.

    Insectes Sociaux 57:457-463.

    Other authors
    • Liebert AE
    • Johnson C
    • Starks PT
  • The Polistes war: Weak immune function in the invasive P. dominulus relative to the native P. fuscatus.

    Insectes Sociaux 57:47-52

    Other authors
    • Starks PT
  • Experiments in epidemiology: How honey bees could have helped control swine flu.

    The Scientist 23:23

    Other authors
    • Starks PT
  • Genetic, individual, and group facilitation of disease resistance in insect societies.

    Annual Review of Entomology 54:405-23

    Other authors
    • Spivak M
    • Fefferman NH
    • Starks PT
  • Innate immunocompetence in Polistes dominulus: A critical test of the ‘haploid susceptibility hypothesis’.

    Integrative and Comparative Biology. 49:E184

    Other authors
    • Hester F
    • Starks PT
  • Development of honey bee (Apis mellifera) cellular and humoral innate immune strength.

    Journal of Insect Physiology 54:1392-1399

    Other authors
    • Dres S
    • Starks PT
  • A Darwinian approach to Huntington’s Disease: Subtle health benefits of a neurological disorder.

    Medical Hypotheses 69:1183-1189

    Other authors
    • Eskenazi BR
    • Starks PT
  • Susceptibility and behavioral responses of the dampwood termite Zootermopsis angusticollis to the entomopathogenic nematode Steinernema carpocapsae.

    Journal of Invertebrate Pathology 95:17-25

    Other authors
    • Stuart RJ
    • Rosengaus RB
  • 5-aminosalicylate therapy is associated with higher 6-thioguanine levels in adults and children with inflammatory bowel disease in remission on 6-mercaptopurine or azathioprine.

    Inflammatory Bowel Disease 12:251-257

    Other authors
    • Hande S
    • Maurer R
    • Bousvaros A
    • Freedman S
  • An honest and deceitful review: The evolution of animal communication – Reliability and deception in signaling systems.

    Science 314:927-928

    Other authors
    • LeVan K
  • Inflammatory Bowel Disease [abstract].

    The American Journal of Gastroenterology 100:S287-S321

    Other authors
    • Hande S
    • Maurer R
    • Bousvaros A
    • Freedman S

Patents

  • Method for immunizing honey bees

    Filed US 12/587,087

Projects

  • Ask This Old House (season 13, episode 7)

    Roger learns from a beekeeper (Noah Wilson-Rich) how to set up a beehive for a homeowner.

    See project
  • Ask This Old House (season 13, episode 8)

    Roger follows up with a beekeeper (Noah Wilson-Rich) regarding honey harvesting.

    See project
  • TEDxBoston 2014

    The world’s bees can create economic and ecological sustainability, if only we let them.

    See project
  • TEDxBoston 2012

    Bees have been rapidly and mysteriously disappearing from rural areas, with grave implications for agriculture. But bees seem to flourish in urban environments — and cities need their help, too. Noah Wilson-Rich suggests that urban beekeeping might play a role in revitalizing both a city and a species.

    See project
  • The Bee: A Natural History (book)

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    THE BEE: A Natural History (September 10, 2014) by Noah Wilson-Rich is the most accessible source of information about all bee species, written for non-scientists by some of the world’s leading bee experts and researchers. Beautiful artwork complements and clarifies the text, which is kept brief enough to cover as much information as possible, while keeping general readers engaged.

    The diversity of bee species is astounding. Earth is home to 20,000 bee species ranging from…

    THE BEE: A Natural History (September 10, 2014) by Noah Wilson-Rich is the most accessible source of information about all bee species, written for non-scientists by some of the world’s leading bee experts and researchers. Beautiful artwork complements and clarifies the text, which is kept brief enough to cover as much information as possible, while keeping general readers engaged.

    The diversity of bee species is astounding. Earth is home to 20,000 bee species ranging from fluorescent-colored orchid bees and sweat bees to flower-nesting squash bees and leaf-cutter bees. This book takes an incomparable look at this astounding diversity, blending an engaging narrative with practical, hands-on discussions of such topics as beekeeping and bee health. It explores our relationship with the bee over evolutionary time, delving into how it came to be, where it stands today, and what the future holds for humanity and bees alike. The book also contains a wealth of information for would-be beekeepers on the benefits of backyard hives and practical advice on how to get started.

    There is mounting evidence that bees (honey, bumble, and others) are bioindicators and that their population decline indicates larger ecological, environmental, and agricultural concerns. Getting a 360˚ picture of the past, present, and future of bees in the world is an important first step to tackling these larger issues and, in this respect, THE BEE is an invaluable resource.

    See project

Honors & Awards

  • Best Paper 2014

    International Union for the Study of Social Insects (IUSSI) and their journal, Insectes Sociaux

    Our research group was awarded Best Paper 2014 of all the papers published in Insectes Sociaus, for the following article:

    Wilson-Rich N, Pilowsky JA, Foo B, Tien T, Hester F, Starks PT. 2014. A test of the haploid susceptibility hypothesis using a species with naturally occurring variation in ploidy. Insectes Sociaux. DOI 10.1007/s00040-014-0341-y.

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