Repository series · ncbi-prjna1088719
SR/AGR/SWAE /21/01 Integrating modern soil and water-smart technologies for salinity management in the Sultanate of Oman, His Majesty Fund
Our central hypothesis is that ECB, biochar and S0 amendments will have synergistic effects on the reclamation and management of saline soils in Oman with a significant increase in soil health, water use efficiency, soil fertility and carbon sequestration.
The accession and its GCC connection are verified. Registration alone does not establish that the broader research programme remains active.
01 / Project overview
What the record establishes.
- Geographic scope
- Oman connection indexed in BioProject metadata
- Project type
- Repository project
- Research domain
- Human health and population genomics
- Years
- 2024–
- Lifecycle status
- repository_recorded
- Status basis
- Registered in NCBI BioProject on 2024/03/16; operational lifecycle is not asserted.
- Status evidence date
- 2024-03-16
- Scale
- 1 BioProject accession grouped by matching submitter, date, data type and narrative.
02 / Organizations and population
Who and what the project connects.
- Lead organizations
- Daniel Blackburn, Assoc. Professor, Department of Soils, Water and Agricultural Engineering - SQU
- Partner organizations
- Not stated
- Organism / population
- Not stated
03 / Data and access
What exists and how it can be reached.
Data types
- Raw sequence reads
- Sequencing
- Genome
Data access
Public repository metadata with linked data where supplied by the submitter
Identifiers
- BioProject
PRJNA1088719
04 / Evidence and provenance
Why the record is included.
Inclusion basis
Exact country-name match in authoritative NCBI BioProject metadata; repeated submissions are grouped into one Atlas series.
Editorial note
Repository verification confirms the accession and regional connection, not whether the broader research programme remains active.
Sources
- primary record source Verified 2026-08-15
Release v0.2.0