Organic Cheese from Austria

Why Unpasteurized Organic Hay Milk — and What Pasteurization Really Does to Cheese

Most supermarket cheeses start with pasteurized milk. This is safe, standardized — and the first step towards flavor neutrality. Real Alpine cheese starts differently: with raw organic hay milk from cows that eat hay and grass all year round — never silage, never concentrated feed.

Raw milk: living microflora intact — Pasteurization at 72–75°C not only kills pathogens — it also destroys the milk's natural microflora: lactic acid bacteria, enzymes, heat-sensitive vitamins. Raw milk cheese retains this living diversity — it is the reason for the complexity of flavor that pasteurized cheese never achieves
Hay milk: Austria's cleanest milk profile — Hay milk cows eat only hay, grass, and herbs — no silage, no fermented feed, no concentrated feed. The result: milk with a higher omega-3 content, more fat-soluble vitamins (A, D, K2), and a natural aroma that reflects the Alpine meadows
Organic certification: no antibiotics in milk — Conventional dairy farming uses antibiotics for udder infections (mastitis) — residues in milk are legally tolerated up to certain limits. Organic hay milk: no prophylactic use, strict withdrawal periods after treatment, regular checks
Vitamin K2: the underestimated nutrient from pasture milk — Hay milk cheese is one of the richest natural sources of vitamin K2 (MK-4) — essential for calcium deposition in bones and prevention of arterial calcification. K2 is only produced when cows eat grass and herbs — not with silage feeding

Why long maturation in a rock cellar — and what controlled storage conditions do to cheese

Cheese is a living product. It ripens, changes, develops complexity — but only if the conditions are right. The rock cellar is not a romantic detail — it is a precise environment that industrial cheese cellars cannot replicate.

Constant temperature: 8–12°C all year round — Rock cellars naturally maintain a constant temperature without refrigeration. Temperature fluctuations stress the cheese and interrupt the ripening process. Consistency is key to even, deep maturation
Natural humidity: 90–95% — Too dry storage causes the cheese to dry out and crack. Too humid storage promotes incorrect mold. The rock cellar naturally maintains the ideal humidity — the rind develops evenly and protects the cheese
Enzymatic ripening process: complexity through time — During ripening, enzymes break down proteins into amino acids and fats into fatty acids. This process creates the aromas that characterize good Alpine cheese: nutty, spicy, complex. Industrial cheese is produced in weeks — real Alpine cheese ripens for months to years
Natural rind flora — In the rock cellar, natural microorganisms settle on the cheese rind — Brevibacterium linens, Penicillium species — actively supporting the ripening process and giving the cheese its characteristic flavor. Industrial cellars are sterilized — this natural diversity is lost

Why ripening conditions directly determine nutrient density

Long ripening under optimal conditions is not just a matter of taste — it measurably changes the nutritional profile of the cheese.

Increased bioavailability of calcium and phosphorus — during ripening, calcium and phosphorus are converted into more soluble forms through enzymatic processes — the body can absorb them better than from fresh cheese
Concentrated nutrients due to moisture loss — ripened Alpine cheese loses moisture — what remains is concentrated: more protein, more fat, more minerals per 100g than fresh cheese. 30g of Alpine cheese provides over 200mg of calcium — a quarter of the daily requirement
Vitamin K2 is preserved by gentle ripening — industrial rapid ripening at higher temperatures degrades heat-sensitive vitamins. Gentle cold ripening in the rock cellar preserves the K2 profile of the hay milk

Best in combination — the classic Austrian trio

Alpine cheese, organic bread, and hay milk butter are not a random combination — they complement each other biochemically and culinarily.

Alpine cheese + Organic Bread or Organic Baked Goods from Felber — Calcium from cheese + complex carbohydrates from real sourdough bread = long-lasting satiety without blood sugar spikes. Lactic acid in sourdough also improves mineral absorption by breaking down phytate
Alpine cheese + Hay Milk Butter — K2 from cheese + K2 from hay milk butter = the strongest plant-based K2 combination in Austrian cuisine. Fat from butter also improves the absorption of fat-soluble vitamins from cheese
Alpine cheese + Organic Honey — the classic Alpine combination: the spice of cheese meets the natural sweetness of honey — prebiotic oligosaccharides from honey complement the probiotic cultures of raw milk cheese for optimal gut health