Nerdy Jobs: Beekeeping, College
I WAS A BEEKEEPER for a day!
Dr. Raven Baxter spends a day as a beekeeper at Bee Country, a family bee farm in New York. She and her co-host, Annika Salzberg, look inside the hives with the Werner family. The episode shows how bees make honey and beeswax, how beekeepers check a hive, and how people can help honey bees and native bees.

Meet the scientist
The beekeepers at Bee Country
- JobBeekeeper, also called an apiarist (AY-pee-uh-rist).
- A workdayBee Country is a family-owned bee farm in Darien Center, New York. Its beekeepers graft and raise their own queens and make hundreds of nucleus colonies, or nucs, each spring. A nuc is a starter colony with two frames of honey and pollen and three frames of brood. The farm also harvests raw honey. Its bees stay in New York year-round and are not trucked south for crop pollination.
- TrainingBeekeepers learn on the job and in courses. Cornell University offers a beginner program for people with 0 to 2 years of beekeeping. Its Master Beekeeping Program takes 15 months, asks for at least 3 years of experience and ends with exams at Cornell’s Dyce Lab for Honey Bee Studies.

Your word of the day is
AY-pee-er-ee
A place where bees are kept in hives.

In the episode, a Bee Country beekeeper says bees are “responsible for a third of our food.” Alexandra-Maria Klein’s team checked the leading food crops grown around the world.
Make a prediction before you read the paper. If every bee disappeared, what would happen to world food production by weight? Would it fall by about a third, by more than a third or by less? Give your reasoning in one sentence.
Hint
Think about wheat, rice and corn. Then think about crops that still make some fruit or seed without bees.

Read the paper
Klein and others, “Importance of pollinators in changing landscapes for world crops,” Proceedings of the Royal Society B, 2007. The paper is free to read.
Klein’s team used crop data for 2004 from the Food and Agriculture Organization (FAO) of the United Nations. The team counted a crop as dependent on animal pollinators if its production rises when animals can visit its flowers, by any amount. By production volume, 60% of global food came from crops that do not depend on animal pollination, 35% from crops that depend on pollinators, and 5% went unevaluated. The pollinators include honey bees, wild bees and other insects, and birds or bats for a few crops. The team also reviewed experiments that compared crop flowers with and without access to pollinators. They sorted 107 crops that people eat directly into levels, by how much production drops without animal pollinators. The counts below come from Figure 3 and the abstract of the paper.
| Level | Production drop without animal pollinators | Number of crops | Percent of the 107 crops |
|---|---|---|---|
| Essential | 90% or more | 13 | |
| High | 40% to under 90% | 30 | |
| Modest | 10% to under 40% | 27 | |
| Little | more than 0% to under 10% | 21 | |
| No increase | none | 7 | |
| Unknown | studies missing | 9 | |
| Total | 107 |

In Klein’s Figure 3, 13 crops are essential and 30 crops are high.
In Klein’s Figure 3, ____ of the 107 crops lose 40% or more of their production without animal pollinators.
See the table
| Level | Production drop without animal pollinators | Number of crops | Percent of the 107 crops |
|---|---|---|---|
| Essential | 90% or more | 13 | |
| High | 40% to under 90% | 30 | |
| Modest | 10% to under 40% | 27 | |
| Little | more than 0% to under 10% | 21 | |
| No increase | none | 7 | |
| Unknown | studies missing | 9 | |
| Total | 107 |

Klein’s 35% counts the entire harvest of every crop whose production rises with animal pollinators.
Suppose a field of a crop in the modest level makes 100 tonnes with pollinators and 75 tonnes without them. Of the 100 tonnes counted in the 35%, pollinators account for ____.
See the table
| Level | Production drop without animal pollinators | Number of crops | Percent of the 107 crops |
|---|---|---|---|
| Essential | 90% or more | 13 | |
| High | 40% to under 90% | 30 | |
| Modest | 10% to under 40% | 27 | |
| Little | more than 0% to under 10% | 21 | |
| No increase | none | 7 | |
| Unknown | studies missing | 9 | |
| Total | 107 |

Which statement best describes what Klein’s 35% counts?
See the table
| Level | Production drop without animal pollinators | Number of crops | Percent of the 107 crops |
|---|---|---|---|
| Essential | 90% or more | 13 | |
| High | 40% to under 90% | 30 | |
| Modest | 10% to under 40% | 27 | |
| Little | more than 0% to under 10% | 21 | |
| No increase | none | 7 | |
| Unknown | studies missing | 9 | |
| Total | 107 |

Klein’s team found 87 of the 115 leading crops make more food with animal pollinators, yet crops that need no animal pollination make about 60% of global food by weight.
Which fact lets both of Klein’s findings be true at once?
See the table
| Level | Production drop without animal pollinators | Number of crops | Percent of the 107 crops |
|---|---|---|---|
| Essential | 90% or more | 13 | |
| High | 40% to under 90% | 30 | |
| Modest | 10% to under 40% | 27 | |
| Little | more than 0% to under 10% | 21 | |
| No increase | none | 7 | |
| Unknown | studies missing | 9 | |
| Total | 107 |

What would a steep drop in pollinators change about the world’s food supply?
See the table
| Level | Production drop without animal pollinators | Number of crops | Percent of the 107 crops |
|---|---|---|---|
| Essential | 90% or more | 13 | |
| High | 40% to under 90% | 30 | |
| Modest | 10% to under 40% | 27 | |
| Little | more than 0% to under 10% | 21 | |
| No increase | none | 7 | |
| Unknown | studies missing | 9 | |
| Total | 107 |

Klein’s team writes that honey bees “remain the most economically valuable pollinators of crop monocultures worldwide,” and that honey bees and wild pollinators are both valuable for 35 crops. The abstract warns that “agricultural intensification jeopardizes wild bee communities.” In the episode, Annika says honey bees aren’t native to the US, and New York State has over 400 species of native bees.
Which rewrite of “they’re responsible for a third of our food” best matches Klein’s 2007 paper?
See the table
| Level | Production drop without animal pollinators | Number of crops | Percent of the 107 crops |
|---|---|---|---|
| Essential | 90% or more | 13 | |
| High | 40% to under 90% | 30 | |
| Modest | 10% to under 40% | 27 | |
| Little | more than 0% to under 10% | 21 | |
| No increase | none | 7 | |
| Unknown | studies missing | 9 | |
| Total | 107 |

Klein’s abstract warns that “agricultural intensification jeopardizes wild bee communities.”
Why should a rewrite of the beekeeper’s line name more pollinators than honey bees?
See the table
| Level | Production drop without animal pollinators | Number of crops | Percent of the 107 crops |
|---|---|---|---|
| Essential | 90% or more | 13 | |
| High | 40% to under 90% | 30 | |
| Modest | 10% to under 40% | 27 | |
| Little | more than 0% to under 10% | 21 | |
| No increase | none | 7 | |
| Unknown | studies missing | 9 | |
| Total | 107 |

Figure 3 of Klein’s 2007 paper sorts 107 crops by how much the crops depend on animal pollinators.
Which summary fits Figure 3 of Klein’s 2007 paper?

Which question is out of reach for Figure 3 of Klein’s paper?

Lesson complete
Today’s word
apiary
AY-pee-er-ee
A place where colonies of bees are kept in hives.
Look at these again
You got every question right the first time.
Sources
- Alexandra-Maria Klein, Bernard Vaissière, James Cane, Ingolf Steffan-Dewenter, Saul Cunningham, Claire Kremen and Teja Tscharntke, led from the University of Göttingen in Germany, Proceedings of the Royal Society B, 2007
- Ashley Mortensen, Daniel Schmehl and Jamie Ellis, University of Florida Institute of Food and Agricultural Sciences (UF/IFAS), “European Honey Bee, Apis mellifera Linnaeus and subspecies,” EDIS fact sheet EENY568
- The Mid-Atlantic Apiculture Research and Extension Consortium (MAAREC), a group of university beekeeping extension programs hosted by the University of Delaware, “The Colony and Its Organization”
- Shelby Kittle, Louise Lynch-O’Brien, Autumn Smart and Judy Wu-Smart, University of Nebraska–Lincoln Department of Entomology, “Beekeepers’ Guide to Comb Honey Production,” Nebraska Extension NebGuide G2362, March 2025
- Susan Nicolson, Hannelie Human and Christian Pirk, University of Pretoria in South Africa, Scientific Reports, 2022
- Kenya Fernandes, Dee Carter and four co-authors, University of Sydney in Australia, Frontiers in Nutrition, 2022
- Adam Siegel, Kim Fondrk, Gro Amdam and Robert Page, Arizona State University, Behavioral Ecology and Sociobiology, 2013
- The European Commission’s food fraud team and its Joint Research Centre, EU coordinated action “From the hives”, results published 2023
- The 6-to-8-pound range for honey per pound of wax: Kevin Palmer and Paula Rogers Huff, “Hand-Rolled Beeswax Candle,” University of Wisconsin-Extension, 2012
- Vision and Change core concepts and competencies, as summarized in Brownell and others, CBE Life Sciences Education, 2014
- Bee Country pages: home, About Us, contact, why a guarantee
- Beekeeper training from Cornell CALS, Beekeeping Courses & Certifications
- Word origins from Dictionary.com: apiary, apiarist, -ary, nucleus, library, binary, melliferous, mellifluous
- Spanish and French words from Wiktionary: abeja, abeille, apicula