Registry › XF-4DY7BXZ-J
XF-4DY7BXZ-J
Research / Academic Paper ACTIVE

Using fire to increase the scale, benefits, and future maintenance of fuels treatments

Abstract Only — The full paper PDF is not available in the registry. This XFID was minted from the paper's title, authors, and year. Where available, an abstract is provided below; the link to the publisher's record is canonical.

Document Metadata

Issuer
Springer Science and Business Media LLC
Document Type
Research / Academic Paper
Publication Year
2012
Retrieved
5 May 2026
Source
academic.oup.com
Record ID
XF4DY7BXZJ
Validation
Inferred by XFID

Verification

XFIDs are content-addressed: these SHA-256 fingerprints let anyone confirm a copy of this document is identical to what XFID retrieved on 5 May 2026 — independent of this registry.

SHA-256 (file bytes)
55e073837c336eb416d6ab047e105c6bb475458f97b14237e2fa93ee0762a7f4
SHA-256 (canonical content)
55e073837c336eb416d6ab047e105c6bb475458f97b14237e2fa93ee0762a7f4

The canonical-content hash survives re-downloads, URL moves, and byte-level re-encodes: the same disclosure text always resolves to this XFID.

Topics

Biodiversity Conservation

Cited by (1)

Other RESEARCH documents in the registry that cite this work.

How to Cite This Record

Use the XFID in citations to create a stable, permanent reference that resolves to this registry entry regardless of the source URL.

Academic / report citation
Springer Science and Business Media LLC (2012). Using fire to increase the scale, benefits, and future maintenance of fuels treatments. XFID: XF-4DY7BXZ-J. Retrieved from https://xframework.id/XF4DY7BXZJ
Identifier only
XF-4DY7BXZ-J