Where marginalized communities become conservation scientists

Protected lands are facing a shortage of people equipped to care for them. Meanwhile, marginalized and underserved communities are eager to work, learn, and lead. It’s time we connect the two. 

Tula transforms those closest to ecological collapse into the conservationists who prevent it.

Where marginalized communities become conservation scientists

Protected lands are facing a shortage of people equipped to care for them. Meanwhile, marginalized and underserved communities are eager to work, learn, and lead. It’s time we connect the two. 

Tula transforms those closest to ecological collapse into the conservationists who prevent it.

Where marginalized communities become conservation scientists

Protected lands are facing a shortage of people equipped to care for them. Meanwhile, marginalized and underserved communities are eager to work, learn, and lead. It’s time we connect the two. 

Tula transforms those closest to ecological collapse into the conservationists who prevent it.

Where marginalized communities become conservation scientists

Why Train Marginalized Communities?

Environmental collapse and human exploitation are one crisis.

When land, water, and food systems are under pressure, people are pushed to move, take risks, or accept unsafe work. This is where systemic vulnerability takes hold. 

But marginalized populations can become our frontline conservation science leaders — and we desperately need them. Let’s protect the land while creating opportunities for the people who call it home.

“Human dignity and biodiversity
are mutually reinforcing.”

Dr. Charles Masembe
Makerere University, Uganda

“Human dignity and biodiversity
are mutually reinforcing.”

Dr. Charles Masembe
Makerere University, Uganda

“Human dignity and biodiversity are mutually reinforcing.”

Dr. Charles Masembe
Makerere University, Uganda

“Human dignity and biodiversity are mutually reinforcing.”

Dr. Charles Masembe
Makerere University, Uganda

The Taxonomic Gap

To see how species are changing, we need to know what we actually have.

Only 14% of species of animals, plants, and fungi have been described.

Museums are adding fewer new specimens to their collections every decade — right as AI and genomics are finally making those collections useful.

Only 7% of described species have extinction risk assessments on the IUCN Red List.

Many species will vanish before they are even named. Artificial intelligence can help classify them, but only a person can collect them.

The Taxonomic Gap

To see how species are changing, we need to know what we actually have.

Only 14% of species of animals, plants, and fungi have been described.

Museums are adding fewer new specimens to their collections every decade — right as AI and genomics are finally making those collections useful.

Only 7% of described species have extinction risk assessments on the IUCN Red List.

Many species will vanish before they are even named. Artificial intelligence can help classify them, but only a person can collect them.

The Taxonomic Gap

To see how species are changing, we need to know what we actually have.

Only 14% of species of animals, plants, and fungi have been described.

Museums are adding fewer new specimens to their collections every decade — right as AI and genomics are finally making those collections useful.

Only 7% of described species have extinction risk assessments on the IUCN Red List.

Many species will vanish before they are even named. Artificial intelligence can help classify them, but only a person can collect them.

The Taxonomic Gap

To see how species are changing, we need to know what we actually have.

Only 14% of species of animals, plants, and fungi have been described.

Museums are adding fewer new specimens to their collections every decade — right as AI and genomics are finally making those collections useful.

Only 7% of described species have extinction risk assessments on the IUCN Red List.

Many species will vanish before they are even named. Artificial intelligence can help classify them, but only a person can collect them.

of species are estimated to be described globally, which is only 1.2M of an estimated 8.7M species

Collecting has passed its peak in every major group:

Vertebrates

since 1960s peak

Plants

since 1980s peak

Arthropods

since roughly 2010

Nature Communications 2025, based on more than 150 million GBIF records, Mora et al. 2011, Wiens, PLOS Biology 2023

Most new species are found in the Global South. Most of the science isn't.

51.4%

of species described from the Global South had no researcher from the country where the species was found; for Global North species the figure is 0.6%

88.6%

of species descriptions authored entirely by foreign researchers concerned Global South species

95%

of mammal species found since 1990 came from the Global South

60%

of those species' type specimens are held abroad

npj Biodiversity, August 2026
Proceedings B 2025 — terrestrial molluscs,
3,272 descriptions, 2003–2022

Tula trains the scientists who are already there.

Most new species are found in the Global South. Most of the science isn't.

51.4%

of species described from the Global South had no researcher from the country where the species was found; for Global North species the figure is 0.6%

88.6%

of species descriptions authored entirely by foreign researchers concerned Global South species

95%

of mammal species found since 1990 came from the Global South

60%

of those species' type specimens are held abroad

npj Biodiversity, August 2026
Proceedings B 2025 — terrestrial molluscs,
3,272 descriptions, 2003–2022

Tula trains the scientists who are already there.

Most new species are found in the Global South. Most of the science isn't.

51.4%

of species described from the Global South had no researcher from the country where the species was found; for Global North species the figure is 0.6%

88.6%

of species descriptions authored entirely by foreign researchers concerned Global South species

95%

of mammal species found since 1990 came from the Global South

60%

of those species' type specimens are held abroad

npj Biodiversity, August 2026
Proceedings B 2025 — terrestrial molluscs,
3,272 descriptions, 2003–2022

Tula trains the scientists who are already there.

Most new species are found in the Global South. Most of the science isn't.

51.4%

of species described from the Global South had no researcher from the country where the species was found; for Global North species the figure is 0.6%

88.6%

of species descriptions authored entirely by foreign researchers concerned Global South species

95%

of mammal species found since 1990 came from the Global South

60%

of those species' type specimens are held abroad

npj Biodiversity, August 2026
Proceedings B 2025 — terrestrial molluscs,
3,272 descriptions, 2003–2022

Tula trains the scientists who are already there.

Climate Stress and Systemic Vulnerability

Human exploitation and environmental destruction occur in the same regions. That’s no coincidence.

Human exploitation and environmental destruction occur in the same regions. That’s no coincidence.

Climate stress and systemic vulnerability are deeply linked. Forced labor drives logging, mining, clearing, and more. This exploitation leaves marginalized populations facing stigma, limited livelihoods, and social isolation.


Reintegration into society is never guaranteed, but a professional livelihood in science can change the equation entirely.

That’s why Tula trains community members as “para-conservationists,” building a local workforce equipped to protect its own environments.

A retail job stabilizes one individual; a professional conservation science role can strengthen an entire community. By deploying a qualified, local workforce where environmental change threatens stability, we address the issue before it becomes a crisis.

Four layers, one pattern

Signs of instability first show up in the land and the communities that live there. In Karamoja, only one in ten people finish secondary school. When land, work, and schooling all fail, people become exploitable. The signals are there all along, but no one is trained to read them.

Our graduates come from these regions. They return as the scientists who monitor them.

Land Degradation Pressure

20% affected

Highest degradation pressure Karamoja

12% affected

High degradation pressure Acholi, Lango, Mbale

10% affected

Moderate degradation pressure Western focus area (Kisoro, Kanungu, Rukungiri)

8% affected

Lower degradation pressure Kampala-Wakiso

TULA estimate. This includes soil erosion, nutrient depletion, pasture loss, forest pressure, and localized urban land stress. Higher percentages indicate greater land degradation pressure.

Acholi

Karamoja

Lango

Mbale

Kampala-Wakiso

Western focus area

(Kisoro, Kanungu, Rukungiri)

Lived Experience as Scientific Expertise

No one is better equipped to protect a region than the people who already call it home.

Local conservationists garner trust more effectively than outside experts. They understand environmental change not just as a theory, but as a lived experience. Combining that knowledge with rigorous scientific training, they can protect biodiversity while strengthening local ecosystems. Over time, this creates communities better equipped to preserve their homelands for generations.

PARA-CONSERVATIONIST

5–6 months

of training

BACHELORS + MASTERS DEGREES

6+ years

of training

INBio-ACG (Costa Rica) and Binatang Research Center (Papua New Guinea)
para-CONSERVATIONISTS averaged 9–15 years of tenure and catalogued 13,000+ species

PARA-CONSERVATIONIST

5–6 months

of training

BACHELORS + MASTERS DEGREES

6+ years

of training

INBio-ACG (Costa Rica) and Binatang Research Center (Papua New Guinea)
para-CONSERVATIONISTS averaged 9–15 years of tenure and catalogued 13,000+ species

PARA-CONSERVATIONIST

5–6 months

of training

BACHELORS + MASTERS DEGREES

6+ years

of training

INBio-ACG (Costa Rica) and Binatang Research Center (Papua New Guinea)
para-CONSERVATIONISTS averaged 9–15 years of tenure and catalogued 13,000+ species

PARA-CONSERVATIONIST

5–6 months

of training

BACHELORS + MASTERS DEGREES

6+ years

of training

INBio-ACG (Costa Rica) and Binatang Research Center (Papua New Guinea)
para-CONSERVATIONISTS averaged 9–15 years of tenure and catalogued 13,000+ species

Our Program

Tula is an expert-vetted, operating vocational training program in conservation science, designed for the most overlooked populations.

Tula's curriculum is developed with scientists at Makerere University and Mbarara University of Science & Technology, and reviewed by an international scientific advisory board.


Our pilot has launched in Kampala, Uganda, where 16% of the country is protected and community-led conservation is growing. And we’re not stopping there. We plan to expand our program to other locations, building scientific workforces equipped to support conservation globally.

The tula Model

Six months. Real skills. Direct pathways to employment.

The program covers hands-on fieldwork and lab training, supported by Tularix, our custom-built AI model for guided online learning. Graduates emerge with practical conservation science skills and a direct pipeline to employer partners across the region. 

Our Graduates

Tula graduates are highly skilled technicians, filling the critical gap between citizen scientists and professional researchers.

Our program creates local conservation stewards trained in the scientific method. They’re committed to accelerating biodiversity inventories and longitudinal surveying, and they provide the rigorous field data needed for informed land use decisions. 

Our Program

Tula is an expert-vetted, operating vocational training program in conservation science, designed for the most overlooked populations.

Tula's curriculum is developed with scientists at Makerere University and Mbarara University of Science & Technology, and reviewed by an international scientific advisory board.


Our pilot has launched in Kampala, Uganda, where 16% of the country is protected and community-led conservation is growing. And we’re not stopping there. We plan to expand our program to other locations, building scientific workforces equipped to support conservation globally.

The tula Model

Six months. Real skills. Direct pathways to employment.

The program covers hands-on fieldwork and lab training, supported by Tularix, our custom-built AI model for guided online learning. Graduates emerge with practical conservation science skills and a direct pipeline to employer partners across the region. 

Our Graduates

Tula graduates are highly skilled technicians, filling the critical gap between citizen scientists and professional researchers.

Our program creates local conservation stewards trained in the scientific method. They’re committed to accelerating biodiversity inventories and longitudinal surveying, and they provide the rigorous field data needed for informed land use decisions. 

Our Program

Tula is an expert-vetted, operating vocational training program in conservation science, designed for the most overlooked populations.

Tula's curriculum is developed with scientists at Makerere University and Mbarara University of Science & Technology, and reviewed by an international scientific advisory board.


Our pilot has launched in Kampala, Uganda, where 16% of the country is protected and community-led conservation is growing. And we’re not stopping there. We plan to expand our program to other locations, building scientific workforces equipped to support conservation globally.

The tula Model

Six months. Real skills. Direct pathways to employment.

The program covers hands-on fieldwork and lab training, supported by Tularix, our custom-built AI model for guided online learning. Graduates emerge with practical conservation science skills and a direct pipeline to employer partners across the region. 

Our Graduates

Tula graduates are highly skilled technicians, filling the critical gap between citizen scientists and professional researchers.

Our program creates local conservation stewards trained in the scientific method. They’re committed to accelerating biodiversity inventories and longitudinal surveying, and they provide the rigorous field data needed for informed land use decisions. 

Our Program

Tula is an expert-vetted, operating vocational training program in conservation science, designed for the most overlooked populations.

Tula's curriculum is developed with scientists at Makerere University and Mbarara University of Science & Technology, and reviewed by an international scientific advisory board.


Our pilot has launched in Kampala, Uganda, where 16% of the country is protected and community-led conservation is growing. And we’re not stopping there. We plan to expand our program to other locations, building scientific workforces equipped to support conservation globally.

The tula Model

Six months. Real skills. Direct pathways to employment.

The program covers hands-on fieldwork and lab training, supported by Tularix, our custom-built AI model for guided online learning. Graduates emerge with practical conservation science skills and a direct pipeline to employer partners across the region. 

Our Graduates

Tula graduates are highly skilled technicians, filling the critical gap between citizen scientists and professional researchers.

Our program creates local conservation stewards trained in the scientific method. They’re committed to accelerating biodiversity inventories and longitudinal surveying, and they provide the rigorous field data needed for informed land use decisions. 

Our para-conservationists are trained in:

National Collections

Specimen collection, preparation, preservation, cataloguing and digitization

Conservation Outreach

Freshwater sampling, pollinator surveys, wildlife ecotourism support, habitat assessments

Biodiversity Monitoring

Baseline assessment, long-term recovery tracking, restoration evaluation, management recommendations and progress reporting

Restoration Projects

Field assistance, community engagement, conservation education, citizen science coordination and community knowledge exchange

Interested in hiring
trained para-conservationists?

Cohort One graduates in October, 2026

Testimonials

Meet one of our student pioneers

Meet our case manager Dr. Namugenyi

Measuring Impact

Conservation is hard to track, but Tula aims to change that.
Here’s where our program’s impact is seen:
Individual Level

A graduate returns home as a qualified para-conservationist, securing a job and a living.

Impact we can see:

Number of graduates

Job placements

Community Level

She brings her knowledge back to her community, expanding outreach and understanding.

Impact we can see:

Outreach sessions

People reached

Global Level

Her fieldwork is recorded in GBIF and iNaturalist. Some of what she collects has never been named. Each species described preserves millions of years of evolution.

Impact we can see:

Records

Species described

Specimens

Protected lands are facing a shortage of people equipped to care for them. Meanwhile, marginalized and underserved communities are eager to work, learn, and lead. It’s time we connect the two. 

Tula transforms those closest to ecological collapse into the conservationists who prevent it.

Get Involved

If you’d like to learn more about Tula and support our mission, you can reach us here:

Tula is an initiative of Compound Eyes Foundation,

a 501(c)(3) nonprofit organization (EIN 88-1815561).

One Bush Street, Suite 900, San Francisco, CA 94104

©2026 Compound Eyes Foundation

Get Involved

If you’d like to learn more about Tula and support our mission, you can reach us here:

Tula is an initiative of Compound Eyes Foundation,

a 501(c)(3) nonprofit organization (EIN 88-1815561).

One Bush Street, Suite 900, San Francisco, CA 94104

©2026 Compound Eyes Foundation

Get Involved

If you’d like to learn more about Tula and support our mission, you can reach us here:

Tula is an initiative of Compound Eyes Foundation,

a 501(c)(3) nonprofit organization (EIN 88-1815561).

One Bush Street, Suite 900, San Francisco, CA 94104

©2026 Compound Eyes Foundation

Get Involved

If you’d like to learn more about Tula and support our mission, you can reach us here:

Tula is an initiative of Compound Eyes Foundation,

a 501(c)(3) nonprofit organization (EIN 88-1815561).

One Bush Street, Suite 900, San Francisco, CA 94104

©2026 Compound Eyes Foundation