B Grade Edible Chestnut (Castanea spp.)
B Grade Edible Chestnut (Castanea spp.)
1 year old seedlings
‘Grade B’ plants are smaller seedlings that finished the season a bit undersized to be considered ready for field planting for many folks. They are healthy and alive, but a bit small (usually less than 8") and able to get lost in the weeds quickly. They can be field planted to their final homes if you are on top of watering, mulching, and weeding. We recommend planting them in a home nursery bed to grow for one full season, develop much larger root systems and be very ready for tougher conditions and less care next year. This is an affordable and sensible way to start small so you can go big with your plantings.
Chestnuts are found throughout the temperate world as an important food staple to many cultures. Chestnuts are the bread tree providing abundance from above on a yearly basis. They are beautiful and cherished across many cultures. The more we learn about chestnuts the more we love them.
These nuts are not only a key food source for humans but also play a significant role in animal feed, particularly in integrated systems where livestock benefit from their high carbohydrate content.In these systems, the trees provide shade and shelter for animals while contributing to the ecological health of the pasture. The nuts can supplement animal diets, reducing the need for external feed sources and enhancing the overall sustainability of the farm.
- Soil: These chestnuts thrive in well-drained, loamy soils, though they are adaptable to a range of soil types.
- pH: Slightly acidic to neutral pH levels (pH 4.5 to 7.0) are optimal for their growth.
- Water: Regular watering is crucial, especially during the establishment phase and the growing season, to ensure healthy nut development. Mature trees display moderate drought tolerance.
- Light: Full sunlight is ideal for these chestnuts, encouraging the best nut production.
Chestnuts offer value through their wood, especially in mushroom cultivation. The wood of chestnut trees is highly regarded as an excellent substrate for growing mushrooms, given its favorable composition and texture. This characteristic adds another layer of productivity to chestnut-based systems.
In agroforestry practices, planting chestnuts densely allows for a strategic thinning process over time. This approach ensures that only the best, most robust trees are selected for nut production. The trees that are removed during thinning can be repurposed as mushroom substrate logs, thereby optimizing the use of resources and minimizing waste.
Gellatly: This chesnut seedlings is an offspring from famous nut breeder Jack Gellatly’s heritage nut farm in Kelowna, BC. Gellatly used a combination of European and Chinese genetics to create hybrids that produce large crops of nuts while maintaining cold hardiness and disease resistance. Many of the parent trees are well over 75 years old and producing heavily with no signs of disease.
6 Mile: An old set of trees located near our farm in the Nelson BC area. Reportedly a hybrid of Japanese and American parentage the productive tree we collect from has a heavy consistent yield of nuts every year and has withstood temps below -20 c in its lifetime. Fast growing seedlings, we’ve seen young trees grow more than 4 feet in a year if planted in a rich site.
These trees can withstand dense plantings. Some chestnuts at Gellatly’s nut farm were planted less than 6 feet apart which would greatly benefit pollination. Chestnuts need a partner to produce nuts. Besides holding different genetics, another partner tree will ensure a difference in timing for pollen set. We recommend planting 3-5 seedlings more densely than expected then select 2-3 of the more vigorous trees over time to stay.
Height at maturity:20-30 meters
Years to bear:
Prefers full sun once mature. Can handle a bit of shade when young and appreciates a canopy release after a year or two.
Need at least 2 for pollination. Place at least 25-50 feet of one another or closer.
Prefers well drained acidic soil. Use the pit and mound technique or planting on berms to help maintain drainage.