FAQs

Discover the Natural Difference of Honey

At Higbee Honey, we believe that understanding honey makes enjoying it even more rewarding. From the flowers our bees visit to the natural processes that transform nectar into honey, every jar has a story worth discovering.

We've put together these answers to help you learn more about honey, its natural characteristics, how to enjoy it, and what makes it such a remarkable food.

Frequently asked questions

Honeybees are generally gentle and non-aggressive while gathering nectar and pollen or going about their daily activities. Like other social insects, however, they instinctively protect their colony when they perceive a threat.

A honeybee colony is a remarkable community organized around protecting its queen, developing young bees, and stored food. Worker bees are naturally protective of these resources, and their behavior can be influenced by genetics, weather, colony conditions, and disturbances around the hive.

Honeybees play an essential role in pollination, agriculture, and the natural environment. At Higbee Honey, we appreciate the importance of understanding bee behavior and maintaining healthy, responsibly managed colonies.

The bottom line: Honeybees are generally peaceful when left undisturbed, and their defensive behavior is an important part of protecting a healthy colony.

Honey is one of nature's most remarkable foods. It begins as flower nectar and is transformed into a naturally concentrated, shelf-stable food through the remarkable work of honeybees.

The process involves several fascinating stages:

Nectar collection: Worker bees visit flowering plants and collect nectar using their specialized mouthparts.
Enzymatic processing: As nectar is collected and transferred, bees introduce naturally occurring enzymes that help transform its sugar composition.
Transportation: Bees carry nectar back to the hive in a specialized organ called the honey stomach.
Nectar processing: Worker bees transfer and process the nectar within the colony.
Moisture reduction: Bees fan their wings to circulate air through the hive, helping reduce the nectar's moisture content.
Honey storage: Once sufficiently concentrated, the honey is deposited into wax honeycomb cells.
Capping: When the honey is mature, bees seal the cells with a thin layer of beeswax to protect their stored food.

The finished honey contains naturally occurring sugars, water, organic acids, enzymes, and smaller quantities of minerals and other compounds.

One of the most fascinating aspects of honey is that its characteristics reflect the environment in which it was produced. The flowers visited by the bees, geographic location, season, and environmental conditions all influence its color, flavor, aroma, and composition.

The Higbee Honey difference: Because we work hard to avoid blending the honeys we harvest, every honey harvest tells a story about the flowers, landscape, and season that produced it.

Honey is a natural food containing a variety of naturally occurring compounds, including plant-derived constituents, organic acids, and small quantities of minerals.

Although some compounds found in honey have been investigated in laboratory research involving cancer-related biological processes, honey has not been scientifically established as a cure for cancer.

We believe in educating our customers about the natural composition of honey while being responsible and transparent about what science has demonstrated.

Honey should never replace established cancer screening, diagnosis, or medical treatment.

Our philosophy: We celebrate the natural qualities of honey without making medical promises that science has not yet established.

Honey is not an established cancer treatment.

Researchers have studied naturally occurring compounds such as polyphenols and flavonoids found in honey. These studies investigate various biological interactions, but laboratory findings do not demonstrate that eating honey treats cancer in humans.

At Higbee Honey, we believe consumers deserve accurate information about the products they purchase. We are proud of our honey's natural composition and its remarkable diversity, but we do not represent honey as a treatment or cure for disease.

Honey is a naturally produced food with a distinctive composition that makes it different from many refined sweeteners.

Its naturally occurring constituents include:

Glucose and fructose, which provide its natural sweetness.
Organic acids that contribute to its characteristic flavor.
Naturally occurring enzymes.
Small quantities of minerals.
Polyphenols and flavonoids.
Other naturally occurring compounds that contribute to its color, aroma, and flavor.

Honey's composition varies depending on its floral source, geographic location, season, and harvesting and handling practices.

Honey can be enjoyed as part of a varied diet and offers a flavorful alternative to refined sweeteners. Like other concentrated sources of sugar, it is best enjoyed in moderation.

What makes honey special: It is more than just sweetness. Its natural floral origin contributes to a distinctive combination of flavors, aromas, and naturally occurring compounds.

Honey offers a distinctive alternative to refined table sugar because of its natural composition and the diversity of its flavor.

Table sugar is primarily sucrose, while honey contains predominantly glucose and fructose, along with smaller quantities of other naturally occurring constituents.

Honey also contains organic acids, enzymes, minerals, and plant-derived compounds.

Perhaps its most interesting distinction is that honey's characteristics change with its floral source. Clover, alfalfa, wildflower, and other varieties can have remarkably different flavors, aromas, colors, and textures.

Honey is also incredibly versatile. It can be used in:

Coffee, tea, and other beverages.
Baking and cooking.
Marinades and sauces.
Salad dressings.
Breakfast foods and desserts.
Homemade culinary creations.

The Higbee Honey perspective: Honey is a distinctive natural ingredient that brings floral character, complexity, and versatility to the foods we enjoy.

Crystallization is one of the most natural characteristics of real honey. It is not a defect or an indication that something is wrong with your honey.

Honey is a naturally concentrated sugar solution. One of its primary sugars, glucose, is less soluble in water than fructose. Over time, glucose can separate from the liquid portion and form tiny crystals.

Several factors influence how quickly honey crystallizes:

Floral source: Different varieties have different natural glucose-to-fructose ratios.
Temperature: Storage temperature influences the rate of crystallization.
Natural particles: Pollen and other microscopic particles can provide starting points for crystal formation.
Moisture content: The natural water-to-sugar ratio affects crystallization.
Processing: Filtration and heating can influence how quickly crystals develop.

Some varieties crystallize within weeks, while others remain liquid for extended periods.

Crystallized honey is still honey! Its texture may become creamy, grainy, or nearly solid, depending on the variety and storage conditions.

Good to know: Crystallization is a natural physical change. It does not mean your honey has been diluted, adulterated, or spoiled.

Properly harvested and stored pure honey has an exceptionally long shelf life.

Honey's naturally high sugar concentration and low water activity create an environment that discourages the growth of most microorganisms. These characteristics are part of what make honey such a remarkable natural food.

Over time, however, exposure to excessive heat, light, air, or moisture can affect its flavor, aroma, color, and texture. Honey can also ferment if its moisture content becomes sufficiently high.

A best-by date generally indicates expected product quality rather than a precise date when properly stored honey suddenly becomes unsafe.

How to store your honey:

Keep the container tightly sealed.
Store in a cool, dry location.
Avoid direct sunlight.
Prevent moisture or contaminants from entering the container.

With proper storage, honey can retain its desirable qualities for a remarkably long time.

Yes, although pure honey is naturally resistant to spoilage, improper storage or contamination can cause problems.

Honey can ferment when its moisture content becomes high enough to allow naturally occurring osmophilic yeasts to grow.

Signs of possible fermentation include:

Bubbling or foaming.
An alcoholic or sour odor.
Unusual changes in flavor.
Gas accumulation in a sealed container.

It is important to distinguish fermentation from crystallization. Crystallization is a completely natural process and does not mean honey has spoiled.

If honey develops signs of fermentation, mold, or unusual contamination, it should not be consumed.

Our recommendation: Keep your honey sealed, dry, and properly stored to preserve its natural quality.

Honey has several naturally occurring characteristics that contribute to its remarkable shelf stability.

High sugar concentration: Honey contains a high concentration of dissolved sugars, limiting the availability of water to many microorganisms.

Low water activity: Water activity measures how much water is available for microbial growth. Honey generally has very low water activity.

Natural acidity: Honey is naturally acidic, creating conditions that inhibit the growth of many microorganisms.

Naturally occurring constituents: Honey contains enzymes and other compounds that contribute to its distinctive chemical characteristics.

Together, these characteristics make properly harvested and stored honey an exceptionally shelf-stable food.

Honey can absorb moisture from its surroundings, however, and certain yeasts can grow under suitable conditions. Proper storage remains important.

Important safety information: Honey should never be given to infants under 12 months of age because it can contain Clostridium botulinum spores that may cause infant botulism.

The best honey is ultimately a matter of personal preference. Different floral sources produce different flavors, aromas, colors, and textures, making honey an incredibly diverse culinary experience.

Here are some popular varieties:

Clover: Mild, light, and versatile. An excellent everyday honey.
Alfalfa: Delicate sweetness with a relatively light flavor.
Buckwheat: Dark, robust, and distinctive, with a more pronounced flavor.
Orange Blossom: Floral and aromatic, often with delicate citrus notes.
Black Sage: Distinctive floral character and a complex flavor profile.
Wildflower: A varied flavor profile reflecting the mixture of flowering plants available to the bees.

It is also helpful to understand that raw, filtered, and crystallized honey describe different product characteristics or physical forms, rather than a simple ranking of quality.

When choosing honey, consider its source, authenticity, handling, and flavor.

At Higbee Honey, we believe the best honey is the one that allows you to experience the distinctive character of the flowers and landscape from which it came and will depend on how you pair it with various foods.

If your honey crystallizes, there is no need to throw it away! You can easily return it to a liquid state using a gentle warm-water bath.

How to liquefy crystallized honey:

Place the honey container in a bowl or pot of warm water.
Keep the water below 110°F.
Allow the honey to warm gradually.
Stir occasionally once the honey has softened enough.
Replace the water as it cools until the crystals have dissolved.

Avoid direct heating, boiling, or prolonged exposure to excessive temperatures. Too much heat can change honey's flavor, color, and other quality characteristics, including its naturally occurring enzymes.

For raw honey, gentle warming is especially desirable because it helps minimize changes to its original characteristics.

A little patience goes a long way: Gentle warming is the best approach when you want to restore the liquid consistency of your honey while preserving its natural character.

Honey becomes firm or solid when its natural glucose content forms crystals. This process is called crystallization or granulation.

Depending on the variety and storage conditions, honey may develop a creamy consistency, a grainy texture, or become nearly solid.

The speed of crystallization depends on several factors, including:

The natural glucose-to-fructose ratio.
Moisture content.
Storage temperature.
Naturally occurring microscopic particles.

Some varieties crystallize much faster than others. This is one reason two jars of honey from different floral sources can have completely different textures after several months.

The important thing to remember: Crystallized honey is a normal form of honey and remains suitable for use when properly handled and stored.

Honey and refined table sugar are both concentrated sources of dietary sugars, but they differ in their composition, flavor, and culinary characteristics.

Table sugar is primarily sucrose. Honey contains predominantly glucose and fructose, along with smaller quantities of other naturally occurring compounds.

Honey also offers some unique culinary characteristics:

More complex flavor: Different floral sources produce distinctive flavors.
Natural floral aromas: Each variety can have its own aromatic characteristics.
Different sweetness profile: Honey's natural sugar composition gives it a distinctive taste.
Moisture: Honey contributes moisture to baked goods and other recipes.
Color and flavor: It adds depth to sauces, dressings, marinades, and desserts.

Honey and the Glycemic Index

Another interesting difference between honey and refined sugar is their glycemic index (GI).

The glycemic index measures how quickly a carbohydrate-containing food raises blood glucose levels compared with a reference food, typically pure glucose.

Refined table sugar (sucrose) generally has a GI around 65–68, while honey has an average reported GI around 55–60 in some research. However, honey's GI can vary considerably, with published studies reporting values ranging approximately from 32 to 85 depending on floral source and natural sugar composition.

Why does this happen?

Honey naturally contains different proportions of glucose and fructose. Glucose has a high glycemic index, while fructose has a considerably lower glycemic index. Consequently, honeys with a higher fructose-to-glucose ratio may produce a lower glycemic response than honeys containing relatively more glucose.

This means that some honey varieties may produce a more gradual blood-glucose response than refined table sugar. However, not all honeys have a lower GI, and the floral source matters.

Why this distinction is interesting: Unlike refined table sugar, which has a relatively consistent composition, honey is a naturally variable food. Its floral origin influences its sugar composition and, consequently, its glycemic characteristics.

It is important to remember that a lower glycemic index does not mean a food is sugar-free or that it will not raise blood glucose. Honey remains a concentrated source of natural sugars and carbohydrates. The amount consumed and the overall meal also influence blood-glucose response.

Honey can replace some refined sugar in many recipes, although adjustments to liquid ingredients and baking temperatures may be necessary.

It is important to remember that honey is not automatically a healthier sweetener. Both honey and table sugar contribute carbohydrates and calories, and honey contains a substantial amount of naturally occurring sugar.

Why choose honey? For its distinctive floral flavors, natural composition, versatility, and the remarkable variety of tastes that nature produces. Its naturally variable sugar composition and glycemic characteristics provide another interesting distinction from refined table sugar.

Honey is valued for its distinctive natural composition. Unlike refined table sugar, which is primarily sucrose, honey contains naturally occurring glucose and fructose along with smaller quantities of organic acids, enzymes, minerals, and other compounds.

Its composition reflects the flowers visited by the bees and the environment in which the honey was produced.

These naturally occurring constituents contribute to the differences in honey's color, flavor, aroma, and texture.

Honey is a wonderful culinary ingredient and a versatile natural sweetener. Like other concentrated sources of sugar, it should be enjoyed in moderation as part of an overall balanced diet.

At Higbee Honey, we appreciate honey for what it naturally is: a remarkable food created by honeybees from the nectar of flowering plants.

Authentic honey is a naturally produced food, but different varieties can have different compositions and characteristics.

Floral origin, geography, season, and processing can influence the types and quantities of naturally occurring compounds found in honey.

When evaluating honey quality, we encourage consumers to consider:

Authenticity and purity: Knowing that the product is genuine honey.
Floral source: Understanding where the honey originated.
Moisture content: Proper moisture levels contribute to honey quality and shelf stability.
Harvesting and handling: Responsible practices help preserve honey's natural characteristics.
Packaging: Appropriate food-grade packaging protects the product.
Storage and freshness: Proper storage helps maintain flavor and quality.

No particular honey variety should be assumed to provide a specific medical or nutritional advantage without appropriate scientific evidence.

All honey is primarily a sugar-based food and should be enjoyed in moderation.

Our commitment: We believe choosing quality honey begins with understanding its source, authenticity, and production practices.

Important: Honey should never be given to infants younger than 12 months.

Packaging plays an important role in preserving the quality and presentation of honey. Both glass and plastic containers have different characteristics, but we particularly appreciate glass for its durability, reusability, and excellent barrier properties.

Why we prefer glass at Higbee Honey:

Nonporous: Glass does not readily absorb odors or flavors.
Excellent moisture barrier: Helps protect honey from unwanted moisture.
Reusable: Glass containers can be washed and used again.
Recyclable: Glass is widely recyclable.
Easy to clean: Glass is dishwasher-safe.
Convenient for warming: Glass jars can be placed in a warm-water bath to gently liquefy crystallized honey, provided the jar is suitable for that use and temperature changes are gradual.
Beautiful presentation: Glass allows customers to appreciate the natural color and appearance of their honey.

Food-contact plastics vary considerably in their composition and barrier properties, so we believe it is important to select packaging carefully.

At Higbee Honey, we choose glass because it aligns with our appreciation for quality, practicality, and presentation. We also use high-quality vinyl labels designed to withstand several washes, making our jars convenient to reuse.

Our philosophy: We want the experience of enjoying Higbee Honey to extend beyond the honey itself. From the quality of the product to the packaging it comes in, we appreciate the details that make a difference.