All Zone 5 (or hardier) Plants

History: Generally just known as Gravenstein, it is unknown when or where exactly these apples came from but they were imported from France to Denmark in the 1600s by Count Frederik the Younger and planted at the summer residence of the Danish royal family, Gråsten Palace. As a result the variety was named Gråsten (Danish for graystone) which translates to Gravenstein in German. This apple has been popular in Canada since the 1820s, particularly in Nova Scotia, and provided the dried apples and applesauce for American soldiers during WW2. In 2005 it was declared the national apple of Denmark.

Why We Grow It: Yellow Gravenstein's excellence as a fresh eating and cooking apple makes it easy to see why it is grown in so many different countries, even if the tree is slow to bear fruit and is prone to many common fruit tree diseases (although we haven't had much issues growing it here). It has a great sweet/tart flavour and is crunchy and juicy. The fruit is a nice yellow with red striping. 

Species: Rubus sp.

History: Anne is the product of quite the combined efforts between the University of Maryland, Rutgers University, Virginia Polytechnic Institute and State University, Southern Piedmont Agricultural Research and Education Center, and University of Wisconsin. Through their cooperative breeding program, the cross that created Anne was originally made in 1989 and the variety was released in the 1990s. It remains one of the more popular yellow raspberries today. 

Why We Grow It: Anne produces large, firm raspberries that are quite sweet with a flavour some liken to apricots or bananas. Most uniquely: the berries are yellow, turning a warm orangey-yellow at their ripest! The berries are good for eating fresh, baking, freezing, or adding to salads and their yellow colour helps them to stand out. This is an everbearing variety so you can cut down the canes in the winter for a large fall crop, or enjoy a more spread out crop from August to September. Anne also sports relatively few thorns, making harvesting a little easier. 

Species: Carya laciniosa

History: Shellbark Hickory can be found naturally growing in scattered pockets of southern Ontario and parts of the northern and central United States. It is relatively uncommon in its native range due to its poor seed dispersal and human activity has made the tree even more rare. A wide variety of wildlife feeds on the nuts, the largest among the hickories, and there are some plantations although it is not commonly grown commercially as the nuts are quite difficult to crack. The wood, which is hard and strong yet flexible, is used to make furniture and tool handles while the inner bark has been used by indigenous peoples to make items such as baskets and snowshoes. Check out this blog post by one of our customers to learn more cool history about these trees. 

Why We Grow It: Although difficult to crack, it is worth the effort to access the sweet nuts which are great eaten raw or baked into pies like pecans. The tree itself is quite attractive with unique bark that looks like it is flaking or peeling in strips once the tree matures.

History: Harrison was first described in 1817 by William Coxe and became a very popular cider variety in New Jersey during the 1800s, making it one of few American varieties renowned for its cider properties. Harrison's popularity declined in the early 1900s and it was believed that this variety was lost to time until it was rediscovered in 1976 growing by an old cider mill in New Jersey. This rediscovery was just in time, as what may have been the last known Harrison trees were cut down only a week later. Following successful propagation, it is once again being grown by cider makers across North America. It is considered one of the best American apples both for fresh eating and cider.

Why We Grow It: Harrison produces a high quality cider and can be made into a single variety cider. Unlike most cider apples, Harrison can also be eaten fresh and has a pleasant if somewhat dry taste. It is also scab resistant and crops reliably each year.

History: Harry Masters Jersey was discovered in the early 1900s at Yarlington Mill (in England) and is thought to be a seedling of Yarlington Mill (the apple variety). It was named after Mr. Masters, a worker at the mill who is thought to have discovered the apple. 

Why We Grow It: Although not the most vigorous of apple trees, the fruit itself boasts a medium-full bittersweet juice of vintage quality with low acid that makes it popular among cider connoisseurs. Harry Masters Jersey also starts producing fruit at a young age.

History: In 1817 Joel Gillet accidentally received Rome Beauty as a seedling in a shipment of nursery trees. His son planted the seedling along the Ohio River in Rome Township. When it began producing lovely red apples, Gillet's cousin started a nursery to propagate and promote it. Originally named Gillet's Seedling, the name was later changed to Rome Beauty in 1832 to honour the township. The original tree collapsed in the 1850s due to bank erosion but the variety still remains popular in the United States today.

Why We Grow It: The fruit is deep red, large, and slightly conical with cream coloured flesh. It has a mild flavour compared to something with more character like a russet, though still an excellent snacking apple. It makes a good cooking apple too since it keeps its shape when cooked. It also stores exceptionally well, lasting all winter long.

History: Waneta is a hybrid of Japanese plums (Prunus salicina) and American plums (Prunus americana) developed at the South Dakota Experimental Station by NE Hansen and introduced in 1913. It was developed at a time when hybrid plums were more important as a commercial crop. It was named after a Yanktonai man who played a prominent role in the War of 1812 and later became chief. 

Why We Grow It: Waneta is a juicy and sweet clingstone plum with tart red skin. The flesh is a yellowish colour. The tree naturally stays a little smaller and has good crops, paired with decent cold hardiness.  

2025 Staff Favourite

Jostaberries are Wayne's favourite this year! He enjoys them because "they have the best qualities of both black currants and gooseberries."

All Staff Favourites are 20% off. The Staff Favourite Discount cannot be combined with other quantity discounts.

Species: Ribes x nidigrolaria, a cross between Ribes nigrum (black currants), Ribes divaracitum (black gooseberries), and Ribes uva-crispa (European gooseberries)

History: Jostaberries were created in West Germany in 1955 by Dr. Rudolph Bauer, although attempts to cross these three plants had begun as early as 1883 without success. They were eventually released to the public in 1977.

Why We Grow It: Jostaberries are a unique cross between three plants: black currants, black gooseberries, and European gooseberries. The berries taste like gooseberries at first and transition to a black currant taste as they ripen and darken. 

History: This McIntosh type apple was developed in New Jersey at the Rutgers Agricultural Experiment Station in 1956. It was released commercially in 1971.

Why We Grow It: For McIntosh lovers this is a great apple to grow since it ripens before actual McIntosh apples. It is a bit more tart than McIntosh which makes it great for cooking, baking, and applesauce. It is recommended to use a thickener when baking pies since the flesh cooks down quickly. This tree is also a good cropper.

Species: Asparagus officinalis

History: The parent of these seedlings, Mary Washington, was introduced by the US Department of Agriculture in California in 1949. It remains one of the most popular varieties of asparagus in the US today. These seedlings may vary from their parents but should bear similar traits!

Why We Grow It: We love offering seedlings as a way to add some diversity to the plants being grown! The parent variety Mary Washington is known for producing large quantities of uniform spears in the spring. They have an excellent nutty and buttery flavour and are known for being resistant to rust. They are hardy against both cold and heat.

History: Montrose's parent tree was discovered growing in Montrose, California, by Lloyd Rosenvold after he purchased the land in 1952. He was surprised to find a large apricot tree growing quite high up on a hill in an area where the winters could get quite cold, yet the tree still produced large crops of excellent fruit. When he moved to Idaho in 1966, Rosenvold took seeds from the apricots of this tree to see how they would fare in an even colder climate. The best of these trees he named 'Montrose.'

Why We Grow It: Montrose produces medium to large freestone apricots that are yellow with a pleasant red blush. They have an excellent sweet flavour and even the pit is edible, being similar to an almond. Most importantly for us, these trees are quite hardy and bloom late, making them more reliable in our climate compared to other varieties. 

Species: Prunus pumila var. besseyi (Western sandcherry) x P. salicina (Japanese Plum)

History: Dura was developed at the Morden Research Station in Manitoba and was released in 1942. 

Why We Grow It: Dura produces small red fruit with sweet mauve flesh. They are good for eating fresh along with cooking/baking, preserving, and juice! This hardy shrub is generally disease resistant and is naturally dwarfing. 

History: Little is known about the origins of Taynton Squash. Its name is derived from the village of Taynton in England where it was discovered at the parish. It was possibly discovered at some point in the 17th century as writings on it from 1811 describe it as an old variety. It was noted at the time for producing an excellent perry although now it is considered rather average.

Why We Grow It: This ancient English perry pear produces 4-5cm round green fruits in heavy crops. They should be blet for two days at most before being turned into perry, of which they make an average quality single-variety perry. 

History: Rhode Island Greening emerged around 1650 where it was grown from seed by a Mr. Green near Green's End, Rhode Island. Mr. Green owned a tavern and often gave scions from the original tree to his customers, although the tree eventually died from the demand for scionwood. The name was originally the descriptive 'Green's Inn apple from Rhode Island' and later shortened to 'Rhode Island Greening.'* This apple was commonly grown in New York and is still quite common today. 

*Fun fact: The Ontario ghost town Unopark got its name in a similar way. It was originally founded by Richard Parker, Mouse's ancestor, and the name is a shortened version of 'You know the Parkers?'

Why We Grow It: This apple's long-lasting popularity is due to its reputation as perhaps the definitive American pie-making apple. The large, dark-green apple is too tart to be eaten fresh but is great in pies and holds its shape well when cooked. It also produces nicely in our test orchard, producing large, blemish-free fruit despite it's generally poor disease resistance.

Species: Quercus robur

History: The English Oak is native to much of Europe where it is culturally significant in many countries. It appears on coats-of-arms, coins, and national emblems, and features prominently in folklore, stories, historical events, and even the legal process in Basque Country. There are numerous examples of exceptionally large and old English Oaks across Europe, such as The Majesty Oak in England with a circumference of 12.2m and the Stelmužė Oak in Lithuania which is believed to be over 1500 years old. The oaks are grown commercially for their durable wood and for ornamental purposes.

Why We Grow It: The English Oak's acorns are large (2.3-3cm long) and lower in tannins than red oaks, which make them more rewarding after going through the work of cracking and leaching the tannins to use them as a flour/food source. The wood is popular in barrel and cask making thanks to its elastic yet durable strength, and resistance to rot. Very long-lived trees, these majestic beauties can grow up to the ripe old age of 450 years old. It's also one of the few oak species that attracts and supports honey bees as a pollen source!

Species: Carya ovata

History: Shagbark Hickory is native to parts of southern Ontario and much of the eastern United States. Much more common than the Shellbark Hickory, Shagbark Hickory is an important source of food for many species. Indigenous peoples also used the nuts as a food source and made the kernel milk into various dishes, along with using the wood to make bows. The strong wood is also used to make items such as tool handles and drumsticks that require extra durability. Check out this blog post by one of our customers to learn more cool history about these trees. 

Why We Grow It: Shagbark Hickory produces an abundant crop of small hickory nuts every year and the sap can also be boiled for a unique flavored syrup (we haven't tried this yet, but would love to hear about it if you have!). The tree gets its name from the unique peeling bark, adding extra visual appeal wherever the tree is planted.

Tree Discount: Purchase multiples of this tree & enjoy the savings! 

Enjoy our bulk quantity discount (see below) and add to cart to see how much you save!

Species: Maclura pomifera

History: Osage Orange is originally native to a small portion of Texas, Arkansas, and Oklahoma. It was first introduced to European colonizers in the early 1800s by the Osage Nation, hence the name of the tree, who prized it for its use in making bows. It was then widely planted across the US in hedgerows thanks to the dense, thorny hedges it forms when pruned that were impenetrable to livestock. It was in fact one of the primary trees included in President Franklin Roosevelt's Great Plains Shelterbelt project which started in 1934 and by 1942 had resulted in 220 million trees being planted. The hard, rot-resistant, yellow wood was also useful for making fence posts, tool handles, and dye.

Why We Grow It: Although the fruit produced by the Osage Orange is not considered edible, this tree has plenty of other uses! It is still commonly planted as an ornamental tree and the bright yellow inner wood adds an extra level of appeal.

History: This vintage quality cider apple is believed to have originated near Martock in England. This apple is so old it's not entirely certain when exactly it was first discovered, with estimates ranging from the 11th to 14th century. 

Why We Grow It: This lesser-known apple is bitter with high acid, featuring a fruity flavour with a bitter aftertaste that is great when made into cider on its own or when mixed into a cider blend. 

History: This apple was developed in New York in 1974. It has never achieved major popularity but remains a curiosity due to the deep red colour of its skin which causes the flesh inside to become stained pink.

Why We Grow It: Along with its visual appeal, this apple boasts a sweet, sub-acidic flavour that makes it suitable for both fresh eating and making cider. Although these apples don't store well, the fruit hangs onto the tree for three weeks which helps to keep it available a little longer.

Picture of Burgundy apples on the tree courtesy of Shannon McInnis

Species: Vaccinium corymbosum

History: Duke was developed in Maryland by Arlen Draper, a blueberry breeder working for the USDA, in collaboration with the New Jersey Agricultural Experiment Station. After ten years of testing it was released in 1987 thanks to its early ripening time, general disease resistance, reliable crops, and suitability for commercial sale. It was named Duke after S. Arthur "Duke" Galetta of the Atlantic Blueberry Company in honour of his support for blueberry breeding efforts over the years.  

Why We Grow It: Duke produces good-sized crops of large, firm berries that are a good balance of sweet and tart. This is one of the earlier ripening blueberries and it has received the Royal Horticultural Society's Award of Garden Merit. Duke is an extremely reliable producer thanks to it's later bloom time that allows it avoid late spring frosts. Like other blueberries, it is great for a variety of uses including fresh eating, baking, and preserving! 

Species: Inula helenium

History: Elecampane is native from Spain all the way to parts of China and has become naturalized in parts of North America. It has traditionally served a variety of purposes including being used to treat snake and spider bites by the Ancient Greeks, to test if honey has spoiled by the Ancient Romans, as a candied snack in Medieval Europe, and to make absinthe. Throughout its long history it has provided various medicinal uses as well. It also has quite the storied past, with the species name referring to the myth that the plant sprung up from the tears of Helen of Troy while the Celts associated it with fairies and elves.

Why We Grow It: Although not commonly used medicinally today, it still provides some novelty to the garden. The small, yellow flowers resemble those of asters to which it is related. The flowers attract pollinators and the roots, like comfrey, are good at mining nutrients from deeper in the soil.

Species: Apio americana

History: American Groundnut (aka hopniss, potato bean, and hodoimo) is a native vine found from southern Canada down to Florida and west to Colorado. They are an important traditional food amongst indigenous peoples within its range and were introduced to European colonizers by these peoples. American Groundnuts failed to take off as a crop in Europe or colonized North America, although there have been efforts since the late 1900s to develop and promote cultivars in the US. Curiously, the only place where American Groundnuts are an important commercial crop is in Japan where it has become an important part of the Aomori Prefecture culinary scene following its introduction during the Meiji Period.

Why We Grow It: Although American Groundnuts have failed to gain much traction in the West, they are a great addition to the garden whether you are looking for a unique edible perennial or an ornamental plant. The shoots and seed pods are edible but American Groundnut is best known for the small tubers that grow in a bead-like manner along the roots. They are relatively small and taste similar to a potato but with more nuttiness. Like a potato, they can be used in a variety of ways! The unique burgundy flowers also make them appealing ornamentally. Just keep in mind that these vines can be quite vigorous and will spread!

History: Maypole was developed in 1976 by Plant Breeding International at the East Malling Research Station in the UK as a cross between Wijcik Spur McIntosh and Baskatong. Wijcik Spur McIntosh originated as a mutation discovered on a McIntosh tree in 1962 in the Wijcik Orchards in British Columbia, the branch growing oddly straight with little branching. Several varieties were deliberately bred to have this mutation and now Maypole, released in 1986, is one of six columnar varieties developed at the station. This series of trees is known as Ballerina in the UK but due to that name being unavailable in the US, they are known as Colonnade in North America. 

Why We Grow It: Not only is Maypole unique as a columnar apple, this crabapple also boasts lovely red flesh, bronze coloured leaves, and pretty pink blossoms in the spring. This makes it overall a lovely ornamental tree to have, whether planted in the yard or in a pot. The fruit is also excellent for jelly, apple butter, and cider, adding a red hue to each. It can also be eaten fresh although it tends to be quite acidic with a touch of sweetness.

History: Beurré Hardy was cultivated in France around 1820 by a Monsieur Bonnet and was named after Julien Alexandre Hardy, the director of the Luxembourg Gardens located in Paris. "Beurré" translates from French as "butter-like," referring to the smooth, juicy flesh that was typical of pears developed at this time in France and Belgium. It is considered a classic French fresh-eating pear and remains popular to this day. 

Why We Grow It: Beurré Hardy produces a sweet, aromatic pear with white/pinkish flesh that has a hint of rosewater. It grows quickly but can take a while to start fruiting, although once it does it produces reliably heavy crops when grown in warm areas. Its blooms are tolerant of late spring frosts although it isn't always a very reliable pollination partner. 

Species: Platanus occidentalis

History: American sycamores (aka American planetree, buttonwood, and water beech) are native to the United States, the most northern parts of Mexico, and the most southern parts of Canada. The bark has traditionally been used by indigenous peoples to make bowls for gathering berries and the wood has been used to make butcher blocks. The tree itself was common as a street tree but its susceptibility to anthracnose made it visually unappealing and it was replaced by the London planetree. The Buttonwood Agreement, the founding document of the New York Stock Exchange, is named for this tree because it was signed under an American sycamore in 1792.

Why We Grow It: American sycamores are an attractive tree with visually unique camo-like bark and curious brown little seed balls that hang on through the winter. They can get quite tall and are a good wildlife tree. Just be mindful that the roots are good at clogging drain pipes so be mindful where you plant it!

For the most up-to-date information see Claude Jolicoeur's website here!

History: This particular iteration of Trail, previously referred to as Bilodeau, has a bit of a messy history. A Trail crabapple tree was mislabeled at a Quebec nursery in the 1980s and sold to an unknowing customer named Claude Bilodeau who thought he was purchasing a pear tree. Later on Claude Jolicoeur, well-known Quebecois cider-maker and pomologist, took a cutting from this tree and found that the fruit (definitely not a pear!) was excellent for making cider. Since it was still a mystery what the original variety was, the crabapple was named Bilodeau by Jolicoeur after the owner of the tree - only for Paul Kron from the University of Guelph to confirm that it was actually Trail via DNA testing in 2022. The Trail crab was bred at Ottawa from a cross of Northern Queen x Rideau, it was selected in 1913 and introduced in 1920.

Why We Grow It: Despite the confusion, we are regardless happy to have this apple in our catalogue! This bittersharp cider apple has excellent cider-making qualities and, unlike most crabapples, is also great when eaten fresh or made into jelly! 

Species: Helianthus tuberosus, Sunchokes are also known as Jerusalem Artichokes or J Chokes

History: Stampede apparently originated on a reserve in northern Ontario where indigenous peoples had been cross-breeding the earliest flowering sunchokes they could find. They succeeded with Stampede which is an early flowering and ripening variety. In 1978, only two tubers were sent to Johnny's Selected Seeds in Maine, producing enough tubers by the end of the year that the nursery was able to introduce the new variety commercially in 1979.

Why We Grow It: Stampede is an extremely productive variety and produces relatively large, if somewhat knobby, white tubers. Like other sunchokes, Stampede can be prepared and eaten in a variety of ways, similar to the many ways you can use a potato! The early flowering and ripening time of this variety is great for anyone with a limited growing season.

History: Brookgold was developed at the Crop Diversification Centre South in Brooks, Alberta and was named for the town and its golden colour. It was introduced in 1979.

Why We Grow It: Brookgold, like other fruit varieties developed in the prairies, is very cold hardy! Although there is sometimes a trade-off between cold hardiness and fruit quality, this variety still produces small yellow freestone plums that are very sweet, making them great for fresh eating and good for canning and preserving. 

History: Although its exact origins are unclear, it is believed that Barland comes from Bosbury in England. It was already well known by the late 1600s and its perry was believed to have medicinal properties. This perry pear has stood the test of time and is still widely grown in the UK.

Why We Grow It: Barland remains one of the most popular perry varieties. This bittersharp perry pear can be made into a good single-variety perry or added into blends.