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A herd of Bactrian camels grazing on the Mongolian steppe under a wide blue sky

Rangeland monitoring for Mongolia

Tracking Mongolia's Rangeland Productivity, One Pixel at a Time

Make informed livestock decisions with visual access to rangeland conditions in your area. Use this data to better plan grazing and adapt to environmental change.

Explore 25 winters of dzud risk ↓Get in touch

27

years of satellite imagery, 2000–2026

339

soums covered, every year

1,100+

ground monitoring sites nationwide

80,000+

field survey records behind our models

150+

environmental indicators per map cell

25 winters of dzud risk

Our dzud risk index for every soum, every winter from 2000–01 to 2024–25. Watch the great dzuds build, from 2009–10 to the catastrophic 2023–24 double winter, when over 90% of the country was at high risk and millions of animals were lost.

Choropleth map of Mongolia showing the dzud risk index by soum for the winter of 2023–24.
2022–24 dzud · Over 90% of the country at high risk; millions of animals lost

2023–24

Pasture-weighted soum mean of the dzud risk index, on one fixed colour scale so winters can be compared. Event notes are the historical record, not model output. Source: GreenZun Labs rangeland monitoring pipeline.

A Platform for Every Stakeholder

Herders

See real-time pasture conditions in your area, plan seasonal grazing and otor movements with confidence, and protect your herd with insurance you can understand and trust.

For example: check this season's pasture in your soum before planning an otor move.

Risk & Insurance Professionals

Use satellite-backed parametric indices to improve basis risk calculations, set transparent triggers, and design smarter, scalable livestock insurance products.

For example: compare a soum's dzud risk across 25 winters when setting a policy trigger.

Policymakers

Track 27 years of rangeland productivity trends across every aimag and soum to ground land-use, climate adaptation, and disaster-response policy in transparent, verifiable data.

For example: see which soums faced the highest dzud risk last winter, and how that compares with the past.

Data at a glance

We visualize 27 years of satellite and ground-based data to show how carrying capacity and pasture health have changed across Mongolia. Get a national picture of rangeland productivity trends over time. Support sustainable land use and climate adaptation policies grounded in real-time data.

Preview the dashboard →
Aerial view of a herder's ger and truck on green summer pasture at sunset

How it works

Every map on this site comes from the same pipeline: satellite imagery and hand-collected field data, combined on one national grid and turned into three models.

  1. 01

    Satellites and field crews

    MODIS, Landsat and Sentinel imagery since 2000, checked against pasture plots, rangeland surveys and livestock records from ALAMGaC, NAMEM and NSO.

  2. 02

    One national grid

    More than 150 indicators for every cell of a grid covering the whole country, every year: greenness, rain and snow, heat and cold, terrain, soil and herd size.

  3. 03

    Three models

    Pasture biomass, rangeland productivity and dzud risk, each graded against places and records it was never trained on.

Read our methodology →

Latest from our research

See all insights →

In the Field: Connecting with Herders

September 11, 2026 · By Oyut Amarjargal

In the Field: Connecting with Herders

Understanding how dzud and rangeland health affect herders

Read more →

About Us

We’re a small team with backgrounds in remote sensing, data science, and sustainable development working to build practical tools for climate adaptation in Mongolia.

Meet the team →
Two eagle hunters on horseback with golden eagles in a mountain valley

Our Partners and Supporters

The Nature Conservancy Mongolia logo

The Nature Conservancy Mongolia

New Nomad Institute logo

New Nomad Institute