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ODOS Tech — Native Diet / Local Feed Sourcing (Preview)

Animal Nutrition & Feeding

Native Diet
Local Feed Sourcing

A native diet strategy sources feed ingredients locally, cutting the emissions embedded in transporting feed onto the farm.

See the cost breakdown →
Impact on FootprintMedium
Impact on productionMaintained
Farm fitLocal feed access
Upfront costPrice-dependent

01 · Context

How It Works

Some feed ingredients travel long distances before reaching the farm, and that transport carries its own emissions footprint.

A native diet strategy replaces a share of the ration with locally sourced ingredients, cutting the distance feed travels and, in many cases, the emissions embedded in how it was produced. The rest of the ration stays the same, so this is a substitution within the existing diet rather than a redesign of it.

Shorter transport distances mean lower embedded emissions in the feed reaching the farm.

More Of The Ration Sourced Locally Illustrative comparison of conventional vs native diet ration mix Imported Local Conventional Ration Higher embedded transport emissions Native Diet Ration Lower embedded transport emissions Illustrative only. Modelled precisely for your farm's feed mix in the ODOS Tech platform.
Reduction Scales With Share Of Ration Switched Illustrative range, based on assumed feed transport emission factors More of the ration switched to local, more distance-related emissions cut Small Share a portion of the ration Moderate Share around half the ration Majority Share largest shift achievable Not a farm-specific prediction. Modelled precisely for your setup in the ODOS Tech platform.

02 · Emissions

Impact On Emissions

Native diet feed carries a lower assumed carbon footprint than conventional blends, largely due to shorter transport distances. Where an imported ingredient also carries a higher production footprint in its country of origin, that upstream difference adds to the emissions gap as well.

The reduction scales with how much of the total ration is switched to locally sourced ingredients, since the rest of the ration keeps its existing emissions profile unchanged. A small substitution shifts the footprint proportionally; switching a larger share of the ration shifts it further.

Your specific reduction, based on your current feed mix and what is available locally, is modelled precisely for your farm in the ODOS Tech platform.

03 · Production

Impact On Production

No negative production impact is expected, provided the nutritional adequacy of the diet is maintained when local ingredients replace imported ones. Because this strategy substitutes within the existing ration rather than redesigning it, the herd's overall nutrient intake should stay consistent as long as the swap is like-for-like on a nutritional basis.

Where local ingredients differ in protein, energy, or fibre content from what they replace, the ration may need re-balancing to keep production on track. It's worth checking this against your current formulation before committing to a larger substitution.

Worth checking that local ingredients can nutritionally replace what they're substituting before switching.

Production Snapshot

Based on farms switching to native diet sourcing

Milk / herd production
Maintained*
Local feed share
Increased
Imported feed reliance
Reduced

*Conditional on nutritional adequacy

being maintained as ingredients are switched

04 · Costs

Cost & Economics

Cost depends on what's already growing near you.

Cost depends entirely on local feed prices relative to the conventional blend being replaced, and whether local ingredients carry a premium or a discount in your region.

Where local feed is competitively priced, this strategy can reduce both emissions and feed cost together.

See how it's modelled →
  • Cost depends entirely on local feed prices relative to the conventional blend
  • Local ingredients may carry a premium or a discount in your region
  • Where local feed is competitively priced, emissions and feed cost can both fall
  • No fixed cost, it's set by your local supply and current feed prices

05 · Fit

Where This Works Best

Strong fit

  • Farms with reliable access to local feed supply chains
  • Farms where local ingredients can nutritionally replace imported ones without compromising the ration

Less suited

  • Farms that depend heavily on imported protein sources with no comparable local alternative

06 · Model

How We Model This

The share of the ration switched to native diet ingredients is applied against the assumed carbon footprint value for locally sourced feed, and emissions are recalculated relative to the conventional blend being displaced.

Assumed carbon footprintLocally sourced feed is modelled against a lower assumed carbon footprint than conventional blends, largely due to shorter transport distances.
User defined ration shareYou set how much of the ration switches to native diet ingredients, and the model recalculates emissions and cost accordingly.
Farm-specific modellingApplied against your current feed mix and local supply options in the platform.

FAQ

Frequently Asked Questions

What counts as a native diet for dairy cows? +

A ration where a share of the feed ingredients are sourced locally rather than imported, cutting transport related emissions.

Does sourcing feed locally reduce a farm's carbon footprint? +

Yes, native diet feed carries a lower assumed carbon footprint than conventional blends, largely due to shorter transport distances.

Does a native diet affect milk production? +

No negative impact is expected, provided nutritional adequacy is maintained as ingredients are switched.

Is locally sourced feed more expensive than imported feed? +

It depends on your region and local feed prices. It can be cheaper, comparable, or carry a premium.

Can a native diet be combined with other feed strategies? +

Yes, it can be combined with strategies such as methane reducing feed additives or forage quality improvements, since each targets a different part of the feed footprint.

See This Modelled On Your Farm

We’ll show you the reduction range and cost comparison, based on your farm’s own data.