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    Honey: Everyday Recipes for Cooking and Baking with Nature's Sweetest Secret Ingredient
    Honey: Everyday Recipes for Cooking and Baking with Nature's Sweetest Secret Ingredient
    Honey: Everyday Recipes for Cooking and Baking with Nature's Sweetest Secret Ingredient
    Ebook244 pages2 hours

    Honey: Everyday Recipes for Cooking and Baking with Nature's Sweetest Secret Ingredient

    By Angelo Prosperi-Porta

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    About this ebook

    Honey is a collection of recipes that showcase the sweet, rich, and sunny-colored delight made by nature’s hardest worker—the bee.

    Honey is a natural whole food that can be used in many different dishes and enjoyed in a variety of ways—this book introduces you to the countless possibilities of nature's sweetest natural ingredient.

    Honey can be used to great effect to add moisture and color to breads and baked goods; enhance the texture and depth of flavor in sauces and preserves; provide balance and an unexpected counterpart to savory side and main dishes such as roasts and seafood; and add its trademark understated sweetness to confections and desserts.

    In addition to featuring general guidelines on how to substitute honey for white sugar in all kinds of dishes, Honey also offers a wealth of information about the key ingredient. You'll learn about why bees are so essential to our ecosystem, the most common varietals of honey and their characteristics, and how to use honey to create brines that enhance the savory flavor of meats before roasting, smoking, or barbecuing. And if that's not enough, you'll even learn how to make your own honey throat lozenges.

    LanguageEnglish
    PublisherTouchwood Editions
    Release dateJun 1, 2015
    ISBN9781771511094
    Honey: Everyday Recipes for Cooking and Baking with Nature's Sweetest Secret Ingredient
    Author

    Angelo Prosperi-Porta

    Angelo Prosperi-Porta has worked as a pastry chef at some of Western Canada's best hotels and restaurants, and ran the pastry kitchen at the Delta Mountain Inn in Whistler. In 2001, he and his partner, Ina, opened Angelo’s Cooking School in at Cooper’s Cove Guesthouse in Victoria, BC.

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      Book preview

      Honey - Angelo Prosperi-Porta

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      THE BUSY WORLD OF BEES

      There are many reasons to cook with honey or, at the very least, begin using it to replace some of the white sugar in your diet. Though honey is of course still a sugar, just in a different form, it is the healthier option—a natural whole food, it is rich in minerals and vitamins. And you need less of it to achieve the same level of sweetness. But the main reason I use honey is that there are so many varieties (each with its own distinct flavor) available to choose from and they just taste so good!

      But before we get to the honey, we must start with the bees.

      Honeybees are responsible for a large percentage of our crops, from the familiar fruits and vegetables we eat to the sweet clover and alfalfa farmers plant as feed for livestock. So, not only are bees important to the production of foods like apples and potatoes, they also indirectly play a part in some of the meats you may eat.

      Though other insects, including wild native bees, and a few species of birds (for instance, the hummingbird) do contribute to pollination, it is the European honeybee, Apis mellifera, on which industrial agriculture greatly depends. These honeybees were introduced to North America by European colonizers around the year 1625. Until that point, North America did not know honey as we know it today.

      The introduction of the honeybee and large-scale beekeeping also made it possible for farmers to expand their crops. Today, beehives are trucked across the continent—they travel according to the blooming seasons and provide the pollination needed to produce many fruit, vegetable, and nut crops.

      One amazing example is California’s Central Valley almond industry. One thousand square miles of the valley are covered with almond trees, which produce 80 percent of the world’s crop. It takes approximately 1.5 million hives, up to 30 billion bees, to do the job. Before and after their work in the almond orchards, the hives are sent out on a regular rotation to pollinate everything from apples to zucchini.

      Wild bees can and should be encouraged in our yards, gardens, and fields. Those who do not have the time or space for a garden can help bees and other pollinators simply by sowing a variety of native wildflowers wherever there is an open space, no matter how big or small. Other bee-friendly things you can do in your own backyard include no longer treating your lawn with chemicals or even replacing the grass with nectar-rich flowers, as pesticides and herbicides have shown to be detrimental to the health of bees and other pollinators. Since approximately 2004, honeybees have been disappearing, in a phenomenon known as colony collapse disorder (CCD). Seemingly healthy worker bees leave the hive to go about the business of foraging and collecting nectar and pollen, and never return, leaving the rest of the colony to die in the hive. A definitive cause has yet to be pinpointed, but there is evidence pointing to the overuse of these harmful substances. (Other suspected causes are Varroa mites, which suck moisture from the bee’s body, and Nosema spores, which live in the bee’s stomach, weakening them until they die. Other invasive species of mites and insects are also suspected, along with severe winters.)

      By sowing a variety of wildflowers, we can help ensure the continued survival of pollinators like bees—and discover the practical results that a small effort can return, such as a healthy, vital, and productive garden. Wildflower seed mixes are easily available from most nurseries. If you’re looking for something a little different, mixed herb plantings can make wonderful, less formal borders for your garden, while combinations of different varieties of sage—for example, green, purple, variegated, and pineapple—with their varied colors and bloom times, will attract bees for an extended season.

      There are many plants that supply higher amounts of nectar for bees; they can be planted in a wide mixed distribution or arranged as preferred. Though by no means a definitive list, the following is a broad sample of these plants.

      Alfalfa

      Alyssum

      Apple

      Aster

      Basil

      Bee balm

      Bergamot

      Borage

      Calendula

      Catnip

      Clover

      Cornflower

      Cosmos

      Cucumber

      Dandelion

      Echinacea

      Goldenrod

      Hollyhock

      Honeysuckle

      Lavender

      Lemon balm

      Marjoram

      Mint

      Mustard

      Oregano

      Rape

      Red clover

      Rosemary

      Sage

      Snowberry

      Sunflower

      Thyme

      Wallflower

      Chefs and cooks the world over pride themselves on producing great food with high-quality ingredients that they have either sourced themselves or had a hand in producing. The raising of bees for a personal supply of honey not only helps the general health of the gardens where they grow their ingredients (as well as other gardens in the area), but also delivers a product that can have its own unique characteristics for the cook to exploit. A growing trend over the last decade has been for homeowners and chefs alike to keep their own bees. Even hotels and restaurants have begun to bring in bees and beekeepers, placing beehives on rooftops and in other available spaces. A well-known North American hotel chain has had beehives for several years on many of its properties in Canada, the United States, and other countries, which has allowed them to add new, unique creations to their menus. This rooftop setup is also being enhanced by the installation of containers for herb plants, fruit trees, berry bushes, and more, wherever space allows. Many of these sites are in the middle of large cities and are thriving.

      My own attempt to raise bees, though both educational and fun, was short lived. This was not due to failure on either my part or the part of the bees but rather to overwhelming success. In the early spring of 2007, with the help of my friend Bob Liptrot, beekeeper and mead maker at Tugwell Creek, I obtained a hive and its contents from an amateur beekeeper who could no longer keep the bees. With some guidance from Bob and information I found on beekeeping websites, I built extra boxes, called supers, and we set up the hive in a sunny south-facing location in the center of my garden, behind the bed and breakfast my wife and I used to run. My motivation for keeping bees was a simple one. I had planted several fruit trees in my garden as I have always enjoyed growing my own produce. The bees helped ensure adequate pollination for the trees; the honey they produced was a wonderful byproduct of this process.

      Bees need a certain amount of space to go about the business of raising a brood (future bees), collecting and processing nectar into honey, and storing the honey. Each healthy hive contains a queen bee, several hundred male drones, and up to 20,000 female worker bees. The role of the drones is to mate with the queen to produce the brood. Once they have done so, their job is done. The queen bee then lays thousands of eggs. She fertilizes some, which will hatch and grow to become (female) worker bees; the rest of the eggs remain unfertilized and become (male) drones. (Young worker bees raise this next generation.)

      The job of the worker bees is to gather nectar and pollen to supply the hive with food. These gatherers travel up to five miles each trip. Working at the rate they do, being constantly on the go, the lifespan of a worker bee during the productive season is only about six weeks. They literally work themselves to death.

      Their primary target is nectar, which, in most cases, is drawn up from the base of flower blossoms. The nectar is then stored in the bees’ honey sacs, where enzymes are introduced until enough nectar has been collected to allow the bees to return to the hive. In the act of collecting the nectar, the bees’ legs, which are covered in very fine, statically charged hairs, gather the pollen from the anthers of the flower and deposit a small amount on the stigma, initiating the pollination of the seed. Pollen is very high in protein and is collected as food for the brood.

      Once the gatherers return to the hive, the nectar is passed on to other worker bees and processed further—the bees in the hive repeatedly pump the nectar in and out of themselves, until it reaches a carbohydrate content level of approximately 55 percent. The nectar is then deposited into the honeycomb. Here the nectar goes through a process called ripening. The enzymes introduced when the nectar was inside of the bees act to convert disaccharide sucrose into fructose and glucose. In addition, the water content of the nectar is reduced to between 14 and 18 percent, low enough to prevent the growth of bacteria, which would spoil the honey. This is accomplished by the worker bees—they fan the interior of the hive to remove moisture. This fanning process is also used to keep air circulating in the hive, cooling or heating as needed. Once the honey is sufficiently concentrated, or ripe, the honeycomb is capped and sealed with a layer of wax. This will be the food that sustains the hive over the winter or in times when it is not possible to collect nectar. The pollen the bees collect is stored in a separate area of the hive.

      Over the centuries bees have evolved (through their interactions with beekeepers and scientists) to produce much more honey than they would normally need over a season and to sustain the hive through the fall and winter. For this reason, we can harvest the honey and continue to maintain the health of the hive.

      When a colony is successful to the point where space becomes an issue, the natural outcome is for the hive to expand. This process is called swarming. A larva is selected to be the hive’s new queen and is fed royal jelly throughout its larval stage and adult life. (Royal jelly is a secretion which when fed to the larva triggers its development into a queen, with all of her egg-laying capabilities.) When the new queen reaches maturity, the surplus queen (i.e., the old queen) departs the hive in search of a new site. A swarm of up to 30,000 bees, which are programmed to follow her, will go too.

      In my case, the queen chose a small ornamental tree next to the entrance of one of our guestrooms. Not an ideal spot with guests arriving for the weekend. The bees were gathered and encouraged back into the original hive.

      About a month later, the swarm once again departed the hive and this time gathered in a hedge on the edge of my property, which happens to be beside a busy road and a bus stop. Picture two men (myself and my friend Bob), covered head to toe in white bee suits, on a ladder next to the busy road trying to encourage 30,000 bees into a cardboard box just as the school bus arrived. An interesting sight for the school kids, I’m sure, but a potentially dangerous situation with a cloud of bees hanging over the road.

      Since this second swarm, I have unfortunately had to abandon my quest to harvest my own honey until I have a more suitable location. The experience was a fascinating one, though, and

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