Project and team

Research on the recovery of nutrients from human excreta and municipal wastewater for reuse in agriculture has intensified over the past years, making it increasingly hard to navigate and keep track of. Egestabase aspires to comprehensively map this scientific evidence and is the key output of the project END-OF-WASTEWATER. Financial support from the Kamprad Family Foundation is gratefully acknowledged.

Egestabase was developed by an interdisciplinary team of Swedish researchers with complementary skills and experiences, as well as, a common interest in human excreta, wastewater, and responsible nutrient management:

Contact

Please feel free to contact us at:
info@egestabase.net

Documentation

Overall scope and development process

• Harder R, Metson GS, Macura B, Johannesdottir S, Wielemaker RC, Seddon D, Lundin E, Aliahmad A, Kärrman E, McConville JR (2024)
  Egestabase – an online evidence platform to discover and explore options to recover plant nutrients from human excreta and domestic wastewater for reuse in agriculture.
  MethodsX 12 (2024) 102774

Evidence searches and categorization

• Macura B, Thomas J, Metson GS, McConville JR, Johannesdottir SL, Seddon D, Harder R (2021)
  Technologies for recovery and reuse of plant nutrients from human excreta and domestic wastewater: a protocol for a systematic map and living evidence platform.
  Environmental Evidence (2021) 10:20
• Macura B, Metson GS, McConville JR, Harder R (2024)
  Recovery of plant nutrients from human excreta and domestic wastewater for reuse in agriculture: a systematic map and evidence platform.
  Environmental Evidence (2024) 13:21

Bibliographic data retrieval and processing

• Harder R (2024)
  Using Scopus and OpenAlex APIs to retrieve bibliographic data for evidence synthesis. A procedure based on Bash and SQL.
  MethodsX 12 (2024) 102601