Lesson 1- Woodland ramps (Allium tricoccum): morphology, distinguishing from poisonous lilies and skunk cabbage look-alikesMaster ramp identification from bulb to leaf, learn odour and vein patterns dat separate am from poisonous lilies and skunk cabbage, and design harvest and handling protocols dat protect both diners and wild populations.
Bulb, leaf, and sheath morphology in Allium tricoccumUsing onion-garlic odor as a confirming field cueDistinguishing ramps from lilies and skunk cabbageEthical harvest limits and patch monitoringCleaning, storage, and kitchen yield planningLesson 2- Garlic mustard (Alliaria petiolata) or violets (Viola spp.) as alternate picks: ID markers, invasive status, culinary usesEvaluate garlic mustard and violets as alternate target species, learning firm ID markers, life cycle, and invasive status, den explore how to integrate dem into dishes while supporting ecological management goals.
Garlic mustard ID, life cycle, and invasion patternsViolet leaf and flower identification in the fieldEdible parts, flavors, and textural qualitiesUsing harvest to support invasive control goalsMenu ideas and preservation options for bothLesson 3Detailed study topics for each species commonly present in temperate North America spring:Outline a repeatable study framework for each spring species, covering morphology, phenology, habitat, safety, and culinary roles, so you fit quickly evaluate new plants and standardize training for foraging and kitchen teams.
Building a species profile template for traineesKey morphology traits to document and sketchPhenology tracking and seasonal field notesHabitat, associates, and contamination risksCulinary roles, preservation, and menu mappingLesson 4- Wood sorrel (Oxalis spp.): trifoliate leaf ID, sour flavor chemistry, look-alike warnings and safe portioningLearn to identify wood sorrel by leaf shape, flowers, and habitat, understand di organic acids behind its sour flavor, distinguish am from clover and other look-alikes, and apply safe portion sizes for regular culinary use.
Trifoliate leaf and flower identification keysDistinguishing wood sorrel from clovers in the fieldOxalic acid and perceived sourness in Oxalis spp.Safe serving sizes and at‑risk diner groupsHarvest, storage, and simple kitchen applicationsLesson 5- Nettles (Urtica dioica and U. gracilis): stinging vs non-stinging, stem/leaf ID, safe handling and blanchingBuild confidence handling nettles by learning stinging hair structure, stem and leaf ID, and habitat cues, den apply safe harvesting, transport, and blanching methods to turn dis defensive plant into a versatile ingredient.
Stem, leaf, and hair patterns in Urtica speciesStinging versus non-stinging look-alike plantsProtective clothing and harvest tool choicesBlanching and drying to neutralize stingsCulinary uses: soups, pastas, and pureesLesson 6How to compile and cross-reference at least two authoritative references per species (university extension, regional field guides, peer-reviewed floras)Develop a habit of verifying each species wid at least two strong references, learning how to use university extensions, regional floras, and field guides, and how to cross-check photos, keys, and distribution data.
Choosing trustworthy books and digital resourcesUsing dichotomous keys and glossaries effectivelyCross-checking photos, maps, and written traitsMaintaining a species binder or digital notebookUpdating references as taxonomy and ranges changeLesson 7- Chickweed and purslane (Stellaria media, Portulaca oleracea): leaf/flower differences, habitats, oxalate content and preparationCompare chickweed and purslane in detail, focusing on stems, leaves, and flowers, typical urban and rural habitats, oxalate content and its health implications, and preparation methods dat highlight texture and safety.
Key ID traits of chickweed in cool, moist sitesKey ID traits of purslane in warm, open sitesTelling chickweed from toxic look-alike speciesOxalate levels, health cautions, and blanchingRaw and cooked applications in restaurant menusLesson 8- Wild sorrel (Rumex acetosa) and related docks: leaf shape, oxalate content, distinguishing from knotweed and toxic Rumex speciesLearn to recognize wild sorrel and related docks by leaf shape, stem and sheath traits, and seed stalks, distinguish dem from knotweed and toxic Rumex, and manage oxalate content for safe, bright-tasting dishes.
Leaf, stem, and sheath traits in Rumex speciesSeparating docks from Japanese knotweed standsRecognizing toxic or heavily contaminated docksOxalate management and diner risk categoriesCulinary roles: soups, purees, and condimentsLesson 9- Young dandelion (Taraxacum officinale): rosette ID, avoiding sow-thistle/lettuce look-alikes, edible parts and bitterness managementDevelop confident identification of young dandelion rosettes, separate dem from sow-thistle and wild lettuces, map edible parts through di season, and use blanching, pairing, and timing to manage bitterness for restaurant dishes.
Basal rosette, leaf lobes, and taproot recognitionSeparating dandelion from sow-thistle and wild lettuceEdible parts by season: leaves, buds, roots, flowersTechniques to tame bitterness in kitchen prepHarvest timing and habitat quality assessmentLesson 10Criteria for selecting target species for a restaurant (seasonal abundance, flavor, ease of ID, culinary utility)Define practical criteria for choosing target species for restaurant use, including safety, abundance, flavor, texture, and labor cost, den apply dese filters to build a balanced, seasonal, and logistically realistic wild menu pipeline.
Non‑negotiable food safety and toxicity screeningSeasonal abundance, yield, and supply reliabilityEase of field identification and staff training loadFlavor, texture, and plating versatility in menusLabor, storage, and cost considerations per species
