eDNA-based biodiversity tracking and reporting

Obtain precise, wide-ranging biodiversity data that provides a comprehensive understanding of ecosystems, all without disturbing the nature

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Finnish nature with land and sea from above.

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Why choose us

Specialized eDNA service provider with proven concept

Extensive eDNA experience

Our team has conducted 40+ eDNA projects in various environments

Excellency in project execution

Our team's complementary skillset ensures excellence in project execution

Wide expert network

Our team is supported by a broad expert network of scientist and industry specialists

Strong advisory board

We are supported by top advisors in genetics, business and legal matters

High quality laboratories

We work according to highest quality standards in our laboratories

Holistic understand of your projects

We understand your projects and needs holistically due to our team's diverse background

Our services

Capabilities to deliver from a broad selection of projects

How it works

We have a standardized process to ensure results of the highest quality

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Picture from the field where we are conducting eDNA sampling.
Picture from the field where we are conducting eDNA sampling.

01

Survey planning & sampling

Each project is designed to fit your needs given ecological context. Field work can be done by either clients or Puro Analytics staff.

Laboratory analysis & bioinformatics

Samples are analyzed in laboratory using either qPCR or NGS depending on projects goals. Our service includes bioinformatics so you'll get digested and easy to understand results.

02

Picture from eDNA extraction process.
Picture from eDNA extraction process.
Laptop with bioinformatics for a final report on biodiversity.
Laptop with bioinformatics for a final report on biodiversity.

03

Final report & recommendations

Based on the results, we deliver a final (or intermediate in the case of continuous tracking) report and any recommendations.

Our team

Meet the professionals that enable your biodiversity tracking journey

Image of one of Puro Analytics founders.

Kristo Siikala

CEO

kristo@puroanalytics.com

+358 40 529 1619

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Kristo Siikala

Email

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Risto Hollmén

COO

risto@puroanalytics.com

+358 45 650 6545

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Risto Hollmén

Email

Call

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Pekka Heiskanen

Chief Scientist

pekka@puroanalytics.com

+358 44 366 6560

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Pekka Heiskanen

Email

Call

Core team supported by a network of leading scientists, PhDs and other advisors

FAQ

Answers to your most common questions

What is eDNA?

Environmental DNA (eDNA) refers to genetic material shed by organisms into their surroundings, such as water, soil, or air. By collecting and analyzing environmental samples, we can identify species present in an area without the need for direct observation or capture.

How does eDNA sampling and analysis work?

eDNA sampling involves collecting environmental samples (e.g., water, soil) and extracting DNA to detect the presence of species. This method allows for non-invasive monitoring of biodiversity.

What are the advantages of using eDNA vs. traditional methods?

eDNA provides a fast, cost-effective solution for assessing biodiversity. It allows for the detection of thousands of species from a single sample (incl. identifying rare and elusive species). Compared to traditional methods, its repeatability supports long-term monitoring and data-driven conservation efforts. Furthermore, the non-invasive sampling method minimizes environmental impact, safeguarding delicate ecosystems.

Can eDNA analysis determine species abundance?

eDNA is primarily used to estimate relative abundance and species presence, but it can also be used to track changes in abundance over time. While it provides valuable insights into species presence and trends, accuracy depends on factors like sample volume and environmental conditions. As with any statistical method, more samples lead to more reliable estimates.

What types of samples can be collected for eDNA analysis?

eDNA can be extracted from various environmental samples, including water, soil, sediments, and even air. The choice of sample type depends on the target species and habitat.

Is eDNA sampling cost-effective?

In many applications, eDNA sampling can be more cost-effective than traditional methods due to higher detection probabilities and reduced field effort.

What is the typical turnaround time for eDNA analysis results?

Turnaround times vary project by project depending on analysis type and laboratory analysis needs. Average turnaround from start of planning to final report is 12 weeks.

What is eDNA?

Environmental DNA (eDNA) refers to genetic material shed by organisms into their surroundings, such as water, soil, or air. By collecting and analyzing environmental samples, we can identify species present in an area without the need for direct observation or capture.

How does eDNA sampling and analysis work?

eDNA sampling involves collecting environmental samples (e.g., water, soil) and extracting DNA to detect the presence of species. This method allows for non-invasive monitoring of biodiversity.

What are the advantages of using eDNA vs. traditional methods?

eDNA provides a fast, cost-effective solution for assessing biodiversity. It allows for the detection of thousands of species from a single sample (incl. identifying rare and elusive species). Compared to traditional methods, its repeatability supports long-term monitoring and data-driven conservation efforts. Furthermore, the non-invasive sampling method minimizes environmental impact, safeguarding delicate ecosystems.

Can eDNA analysis determine species abundance?

eDNA is primarily used to estimate relative abundance and species presence, but it can also be used to track changes in abundance over time. While it provides valuable insights into species presence and trends, accuracy depends on factors like sample volume and environmental conditions. As with any statistical method, more samples lead to more reliable estimates.

What types of samples can be collected for eDNA analysis?

eDNA can be extracted from various environmental samples, including water, soil, sediments, and even air. The choice of sample type depends on the target species and habitat.

Is eDNA sampling cost-effective?

In many applications, eDNA sampling can be more cost-effective than traditional methods due to higher detection probabilities and reduced field effort.

What is the typical turnaround time for eDNA analysis results?

Turnaround times vary project by project depending on analysis type and laboratory analysis needs. Average turnaround from start of planning to final report is 12 weeks.

Contact us

Get in touch with our team