Archaeology of Pashupatinath: What the Ground Has Actually Revealed

Chronicle tradition dates Pashupatinath to the 5th century CE and credits specific Licchavi kings with building it — a history covered in full in our Timeline of Pashupatinath entry. Archaeology asks a narrower, harder question: what physical, excavated, scientifically dated evidence actually exists in the ground at Pashupati to support or refine that chronicle record? The honest answer is more interesting than a simple confirmation. Systematic excavation at Pashupati only began in earnest in the 21st century, and what it has found — a monumental Licchavi-era water tank, inscribed pottery, coins, and the earliest scientifically-dated brick structure yet identified at the site — sits alongside a great deal that chronicles claim but archaeology has not yet independently verified. This entry lays out that evidence project by project, source by source, as part of our About Pashupatinath guide, alongside the History pillar and our companion entries on the site’s UNESCO status and earthquake history.

Why Archaeology at Pashupatinath Is Unusually Difficult

Most of the Kathmandu Valley’s standing monuments — including Pashupatinath’s own main pagoda — date from the 16th century onward, meaning the visible architecture tells you comparatively little about the site’s first thousand years. Scholars researching the valley’s early urban history have therefore had to rely overwhelmingly on textual sources: more than 200 Licchavi-period inscriptions dating to the 5th–8th centuries CE, manuscript colophons from the 8th century onward, and chronicles compiled from the 14th century onward. Physical, ground-truthed archaeology has lagged badly behind this textual record — a gap Durham University researchers have described as leading to the “unrecorded destruction” of early urban traces as the valley has modernised, a problem the 2015 earthquake’s reconstruction boom has only intensified.

Pashupati specifically carries an added complication: it is a continuously operating cremation ground and pilgrimage site, not a musealised ruin. Any excavation has to work around active worship, funeral rites, and roughly six million annual pilgrim visits — a constraint that has shaped where and how archaeologists have been permitted to dig.

The Epigraphic Record: What the Inscriptions Actually Say

The single most important form of hard evidence at Pashupatinath is epigraphic rather than excavated. The temple courtyard preserves a stone inscription installed by King Jayadeva II in 753 CE, which records that the temple’s traditional founder, Prachanda Deva, ruled 39 generations before King Manadeva (reigned 464–505 CE) — the calculation scholars use to place the temple’s founding in the 5th century CE. This is a genuinely early, physically surviving, on-site inscription, which makes it one of the strongest single pieces of dating evidence Pashupatinath possesses independent of chronicle narrative.

Beyond this one well-known inscription, heritage inventories of the wider Pashupati area have catalogued a substantial epigraphic corpus spanning multiple dynasties: approximately 32 separate inscriptions from the Licchavi period, a further 50 from the Malla period, and 55 from the Shah period — a rare, continuous, on-site written record spanning four distinct ruling dynasties in one location. At least one inscription in this corpus (referred to in Nepali heritage documentation as the “103rd” inscription) is reported as still restricted from public access. Taken together, this makes Pashupati one of the most densely inscribed religious sites in the Kathmandu Valley, even though the number of excavated physical structures corroborating that inscriptional record remains comparatively small.

The Bhandarkhal Excavations (2014–2020): The Core Archaeological Project

The most rigorous, peer-reviewed archaeological fieldwork ever conducted at Pashupatinath is the “Kathmandu’s Early Urbanism” project, a joint initiative of Durham University’s Department of Archaeology, the University of Stirling, the Austrian Academy of Sciences, Nepal’s Department of Archaeology, and the Pashupati Area Development Trust (PADT). Funded through two British Academy Stein-Arnold Exploration Fund grants (2014–2016 and 2019–2020), the project targeted Bhandarkhal, a walled 17th-century wooded park immediately north of the main temple, alongside a comparative study area at Handigaon.

Methodology

The team combined three complementary techniques rather than excavation alone: auger coring to sample subsurface deposits without full excavation, geophysical survey (used to map potential wall alignments, ditches, and trackways non-invasively), and targeted excavation to verify what the geophysical anomalies actually represented. This multi-method approach is standard practice in modern urban archaeology, allowing researchers to characterise a much wider area than excavation alone could reach, before committing to the destructive, resource-intensive step of digging.

What Bhandarkhal Actually Contained

Excavation of a large central depression at Bhandarkhal confirmed the presence of a monumental water tank measuring approximately 25 by 20 metres. Structurally, this tank was notably different from the brick-lined medieval tanks documented elsewhere in Kathmandu — it was instead constructed with an earthen edge, a distinct engineering choice researchers flagged as significant for understanding regional water-management traditions. Brick structures were found built alongside the tank, and the artefacts recovered from the excavation included Licchavi-period coins and pottery sherds stamped with Licchavi script — physical, datable material culture rather than textual inference.

A separately reported 2014 excavation, covered by Kathmandu’s own press at the time, described work at this same Bhandarkhal tank feature (recorded as roughly 35 metres long and approximately 8 metres deep at the trench) recovering two inscribed pottery fragments and a coin, all dated to the 7th century CE. One sherd, from a closed storage vessel, carried a partial stamped inscription depicting a trident and the front half of a reclined bull; a second sherd depicted a standing bull, or kamadhenu figure, alongside two visible inscribed characters. The recovered coin itself carried the word “Pashupati” stamped directly onto it — a rare instance of the site’s own name appearing on an excavated artefact rather than only in later chronicle text.

Beyond the tank itself, auger cores across the wider Bhandarkhal park confirmed further subsurface cultural deposits, and the geophysical survey identified potential wall alignments, ditches, and trackways. Follow-up excavation confirmed the presence of monumental platforms and stone-lined drains sealing earlier cultural material beneath them — a stratigraphic sequence consistent with, though not yet conclusively dated to, a surviving Licchavi-period settlement layer underneath the later park.

Gurujyu Sattal: The Earliest Scientifically-Dated Structure at Pashupati

The single most significant individual finding from this research programme came not from Bhandarkhal but from deep excavations undertaken as part of post-2015-earthquake archaeological fieldwork close to the main temple complex, at a location called Gurujyu Sattal. There, excavation exposed in-situ brick structures scientifically dated to the 8th century CE — structures the research team explicitly describes as “the earliest scientifically-dated archaeological remains at Pashupati” currently known. This is a carefully limited claim worth stating precisely: it does not mean the temple itself is no older than the 8th century — the on-site 753 CE inscription and broader Licchavi textual record already establish activity earlier than that — but it does mean that, as of this excavation, no physically excavated and independently dated structure at Pashupati has yet been shown to predate it. The gap between “chronicle-attested” and “archaeologically confirmed” origins is one of the most important distinctions in the site’s whole historical record, and this Gurujyu Sattal find is currently where that confirmed physical record begins.

Handigaon: The Comparative Site That Sharpens the Picture

Roughly two kilometres from Pashupati, the neighbourhood of Handigaon has produced Kathmandu Valley’s most dramatic single archaeological discovery from this era, and understanding it helps calibrate what Pashupati’s own evidence does and doesn’t show. Based on a dense cluster of Licchavi inscriptions and brick structures exposed during earlier excavations in the 1960s and 1980s, Handigaon has been proposed as a candidate site for a pre-Licchavi capital, and possibly the location of the “lost” Licchavi royal palace known as Kailashkut Bhawan, associated with King Amshuvarma (reigned 605–621 CE). Its most striking single find came by chance in the early 1990s, when construction workers digging house foundations uncovered a 1.74-metre stone sculpture of King Jayavarma, dated to 185 CE — one of the earliest securely dated pieces of figural Licchavi sculpture known from the valley.

Follow-up work by the same Durham-led team used Ground Penetrating Radar (GPR) to survey paved roads and open spaces at Handigaon, identifying brick wall footings and stone-covered drains beneath modern surfaces, alongside a magnetometer survey around the early 20th-century Sita Bhawan palace. Handigaon’s evidence base is, in short, both older and more securely tied to a named historical figure (Jayavarma, 185 CE) than anything yet excavated at Pashupati itself — a useful reminder that Pashupati’s fame as a religious site has not automatically translated into it holding the valley’s oldest or most conclusive archaeological evidence. The two sites are best understood as complementary pieces of the same early-urbanisation puzzle, not competing claims.

Structural Archaeology: Reading the Standing Temple Itself

Not all archaeological insight at Pashupati comes from excavation. Following the 2015 Gorkha earthquake, a multi-disciplinary engineering team from India’s Archaeological Survey of India (ASI) conducted a detailed three-week structural study of the main pagoda still standing above ground, examining why it had survived largely undamaged while so much of the surrounding heritage precinct had not. Their assessment functions as a form of standing-structure archaeology: they identified the temple’s square floor plan, light overall weight, and a flexible timber jointing system tying its roofs and floors into its brick walls as the key physical factors explaining its resilience — evidence read directly from the fabric of the building itself rather than from any documentary source. This structural analysis complements the excavated evidence discussed above by extending the archaeological record from what’s buried underground to what’s still standing in plain sight. Readers interested in the full account of the temple’s seismic history should see our dedicated entry on Pashupatinath’s earthquake history within the History pillar.

From Excavation to Protection: The Archaeological Risk Maps

Fieldwork at Pashupati was never conducted purely for academic interest. Following the Bhandarkhal and Gurujyu Sattal findings, the research team — in direct consultation with PADT — co-developed Archaeological Risk Maps identifying where significant subsurface heritage survives beneath seemingly open, undeveloped ground at Pashupati. These maps were explicitly designed to feed into Pashupati’s forthcoming Master Plan, giving site managers and local authorities a practical tool for deciding where future construction, drainage work, or visitor infrastructure can proceed safely and where it risks destroying unrecorded archaeology. One direct outcome already implemented at Bhandarkhal itself: new non-intrusive walking paths were constructed to create public recreational space while physically protecting the confirmed subsurface remains beneath them, rather than paving over or disturbing them. Nepal’s Department of Archaeology has since invited the same research team to extend similar survey work to other at-risk locations across the wider Kathmandu Valley.

What Archaeology Has Not Yet Confirmed

In the interest of accuracy, it’s worth being explicit about the limits of the current evidence base. No archaeological excavation has yet independently verified the specific chronicle claims that name Prachanda Deva or Supuspa Deva as the temple’s literal 5th-century founders, or confirmed the precise form of the earliest Shiva shrine that reportedly stood on the site before later Malla-era reconstruction. The 753 CE Jayadeva II inscription remains the strongest single piece of hard, on-site, physically dated evidence tying the temple to that period — but it is an inscription referring back to earlier kings, not a directly excavated structure from their reigns. Similarly, while Licchavi coins and stamped pottery have been recovered at Bhandarkhal, no excavation has yet exposed an intact Licchavi-period temple structure at Pashupati itself comparable to the 8th-century brick remains found at Gurujyu Sattal. This is a normal, honest feature of early South Asian urban archaeology rather than a weakness specific to Pashupatinath — chronicle tradition and excavated evidence frequently diverge in exactly this way, and ongoing fieldwork is precisely what narrows that gap over time.

A Timeline of Archaeological Work at Pashupatinath

• 753 CE — King Jayadeva II installs the temple’s foundational courtyard inscription, the single oldest piece of on-site, physically dated textual evidence.
• 1960s–1980s — Earlier excavations at nearby Handigaon (Verardi 1988, 1992) expose Licchavi-period brick structures, establishing the comparative regional baseline later used to interpret Pashupati’s own finds.
• Early 1990s — Chance discovery during house-foundation digging at Handigaon uncovers the 1.74-metre stone sculpture of King Jayavarma, dated to 185 CE.
• 2014–2016 — First British Academy-funded phase of the “Kathmandu’s Early Urbanism” project begins systematic auger coring, geophysical survey, and excavation at Bhandarkhal, Pashupati.
• 2014 — Excavation at the Bhandarkhal tank recovers 7th-century inscribed pottery sherds and a coin bearing the word “Pashupati,” reported in Nepali press coverage of the dig.
• 2016 — Coningham et al. publish “Exploring Ancient Pashupati: Preliminary Results of Archaeological Surveys and Excavations at Bhandarkhal” in the Department of Archaeology’s journal Ancient Nepal, confirming the monumental earthen-edged water tank and associated Licchavi material culture.
• 2015–2017 (post-earthquake phase) — Deep excavation at Gurujyu Sattal, undertaken as part of post-2015-earthquake archaeological assessment, exposes in-situ 8th-century CE brick structures — the earliest scientifically-dated remains yet found at Pashupati.
• 2015 — A multi-disciplinary Archaeological Survey of India engineering team conducts a structural study of the main pagoda’s surviving construction, reading seismic-resilience evidence directly from the standing building.
• 2017 — Nepal’s Department of Archaeology, in collaboration with Durham University, extends comparative excavation work to other Kathmandu Valley heritage sites, explicitly framed around both early-urbanism research and earthquake-vulnerability assessment.
• 2019–2020 — Second British Academy-funded project phase supports further pilot geophysical survey work at Handigaon and comparative valley sites (Guita Domar in Patan, Panauti), published in Ancient Nepal (2019).
• Ongoing — Archaeological Risk Maps developed from this fieldwork are incorporated into Pashupati’s Master Plan, and non-intrusive public pathways are constructed at Bhandarkhal to protect confirmed subsurface heritage while keeping the area publicly accessible.

For the fuller chronicle-based history that this archaeological evidence sits alongside — including the kings, dynasties, and legendary founding accounts — see the Timeline of Pashupatinath and History pillar entries. For the temple’s scriptural and mythological background, see Mythology; for its present-day physical layout, see Temple Complex.

Frequently Asked Questions

Continue exploring Pashupatinath’s documented past in the Timeline and History pillar, its scriptural background in Mythology, and its present-day layout in Temple Complex.

The Pashupatinath is an independent devotional and cultural resource. It is not the official website of the Pashupati Area Development Trust (PADT) or the Government of Nepal. For official temple notices, consult PADT directly.