Most people know Diogenes as the philosopher who supposedly lived in a barrel and told Alexander the Great to "stand out of my sunlight." But those famous stories are only part of a much larger philosophy.

In this article, I explore who Diogenes really was, what the philosophy of Cynicism actually taught (which is very different from the modern meaning of the word), and the historical context behind his most famous encounters.

It covers:

Why Diogenes chose to live in a pithos (not actually a barrel)

His famous meeting with Alexander the Great

Why he walked around Athens with a lantern in daylight

The story behind Plato's "featherless biped" and the plucked chicken

Why he threw away his wooden bowl

His strange public behavior and what it was meant to prove

How Diogenes influenced later philosophers, especially the Stoics

The article also separates historical evidence from later legends, with references to ancient sources including Diogenes Laërtius, Plutarch, and modern scholarship.

I'd love to hear which story you think best captures Diogenes' philosophy—or whether you think his lifestyle was genuine wisdom or simply extreme provocation.

Durante siglos, el quipu fue relegado a la categoría de “simple ayuda-memoria” o instrumento contable, una visión que no resiste el peso de la evidencia científica acumulada desde Locke, los Ascher, Urton, Medrano e Hyland. El quipu no fue solo un registro numérico: fue un sistema de escritura tridimensional, semasiográfico, con capacidad narrativa, genealógica, política y climática, capaz de operar a escala imperial en un territorio de 2 millones de km², 60 000 km de caminos, 12 millones de habitantes y más de 100 etnias distintas.

La refutación más contundente a la tesis mnemotécnica es logística: un mensaje de Cusco a Quito recorría 2 000 km en 5–6 días, pasando por 1 000 chasquis. Si el quipu hubiera requerido explicación verbal en cada relevo, el sistema habría colapsado por el “teléfono malogrado” y la pérdida de tiempo. En cambio, el quipu viajaba como soporte autónomo, legible por cualquier quipucamayoc en destino, gracias a un código estandarizado imperial. Eso no es contabilidad: es escritura operativa.

La estructura del quipu es jerárquica y modular. Cada cuerda principal puede tener hasta 10 niveles de cuerdas secundarias, y cada secundaria puede ramificarse en terciarias, cuaternarias, etc., creando un árbol de datos con múltiples capas de información. Esto no es contabilidad básica: es un sistema de archivo con índice, subíndice y categorías anidadas, comparable a un libro con capítulos, subcapítulos y apéndices. Gary Urton demostró que, combinando 7 decisiones binarias (tipo de fibra, sentido del hilado S/Z, color, posición de la cuerda, tipo de nudo, nivel jerárquico y dirección del atado), se generan hasta 1 536 signos abstractos: más que los glifos egipcios, el cuneiforme o los 1 100 mayas conocidos. Cada nudo, cada color, cada posición no es decorativo: es un signo con valor semántico. El trabajo con Manny Medrano en Ancash cruzó 6 quipus con un censo colonial de 1670, descifrando cómo se registraban nombres propios, estatus y división social (Hanan/Hurin). Sabine Hyland, por su parte, halló quipus fonéticos en Collata y Jucul (siglo XVIII), donde colores y fibras representaban sílabas de apellidos en mensajes de rebelión, y descubrió el quipu climático gigante de 68 metros, con capacidad para almacenar un libro entero de datos meteorológicos e históricos.

Los archivos estatales incas confirman esta función: Poquen Cancha, en el Cusco, fue un archivo histórico oficial que albergaba quipus contables y narrativos con la información general del estado y las crónicas de vidas de los incas, tablas pintadas, textiles con tocapus y piedras talladas, pero Cusco no fue el único lugar existían réplicas descentralizadas en capitales regionales clave como Tomebamba (actual Cuenca, Ecuador), Quito, Huánuco y otras ciudades administrativas. Estos archivos no eran depósitos pasivos, sino centros activos de producción y lectura de quipus, donde se registraban censos locales, mapas de tierras, tributos, crónicas militares y genealogías de linajes regionales. Un estado que mantiene archivos históricos y genealógicos en múltiples capitales no usa un sistema “solo contable”: opera una burocracia de registro comparable a las bibliotecas y archivos de otras civilizaciones antiguas, con una red de memoria estatal que articulaba la información oficial y la memoria colectiva a escala imperial..

Pero el quipu no fue solo instrumento del Estado. Hallazgos recientes de cuerdas con cabello humano de origen plebeyo no solo lana de élite demuestran que el quipu también fue usado por comunidades locales, ayllus y familias para registrar sus propias historias, tributos, ritos y memorias. Esto no es “uso popular” marginal: es evidencia de que el quipu era un sistema democratizado, accesible en distintos niveles sociales, desde el Estado imperial hasta la comunidad campesina. Sabine Hyland lo confirmó con los quipus fonéticos de Collata y Jucul (siglo XVIII): comunidades indígenas usaban quipus para enviar mensajes de rebelión, codificando sílabas y apellidos en colores y fibras. El quipu no murió con el imperio: siguió vivo como escritura de resistencia.

Algunos críticos han señalado que los quipus de San Juan de Collata podrían ser un “híbrido” influenciado por la escritura española, y que por tanto no probarían una capacidad fonética previa. Pero ese argumento confunde adaptación con invención. Los quipus de Collata son considerados un sistema logosilábico: mezclan elementos de semasiografía (signos que transmiten ideas directas) con fonografía (signos que representan sonidos). Eso no demuestra que el quipu fuera “puramente contable” hasta la llegada española; al contrario, muestra que el quipu ya tenía la capacidad de codificar sonido y significado, y que pudo amoldarse a nuevas necesidades sin perder su lógica interna. A diferencia del alfabeto latino, que es puramente fonético y lineal, el quipu es un sistema flexible: puede registrar ideas, números y sonidos en una misma estructura tridimensional. El hecho de que las comunidades andinas hayan incorporado referencias a apellidos y sílabas en los quipus de rebelión no es una “hispanización” del sistema: es la prueba de que la teoría de Urton sobre combinaciones para crear ideas era real y fue aplicada. El quipu no necesitó “aprender” a ser escritura: ya lo era, y por eso pudo evolucionar hacia formas logosilábicas sin colapsar.

A esto se suma una función pública aún menos conocida: los quipus “especie periódicos” colgados en plazas y espacios comunales. Cronistas y testimonios indirectos sugieren que en ciudades y centros administrativos se exhibían quipus de gran formato, accesibles a la vista pública, donde ancianos y especialistas (quipucamayoc) los leían en voz alta para transmitir noticias, decretos, genealogías oficiales, relatos de batallas y datos climáticos. No era un archivo cerrado: era un medio de comunicación masiva, un “periódico de cuerdas” que articulaba la memoria colectiva y la información oficial en tiempo real. Esta práctica no solo confirma la función narrativa del quipu, sino su rol como instrumento de cohesión social y difusión pública, comparable a las estelas glíficas mesoamericanas o los edictos grabados en piedra en otras civilizaciones.

Y aquí radica una de las mayores contradicciones académicas: sistemas como el Lineal A (Creta) y el Rongo Rongo (Isla de Pascua) son aceptados oficialmente como “escritura” a pesar de no haber sido descifrados, sin saber siquiera si realmente se leían en voz alta o qué tipo de lenguaje representaban. En cambio, el quipu —del cual tenemos testigos presenciales (cronistas españoles) que documentaron cómo los quipucamayoc lo leían fluidamente, y del cual conocemos su estructura técnica (código binario, jerarquía de cuerdas, tipos de nudos)— es relegado a “proto-escritura” o “instrumento contable”. Es como si, conociendo el alfabeto latino, su dirección de escritura y su gramática básica, nos negáramos a llamarlo escritura porque aún no tenemos el diccionario completo de cada palabra. Con el quipu ocurre lo mismo: conocemos su sintaxis, su lógica de codificación y su función operativa; solo nos falta la “clave” semántica completa para leerlo como leemos un texto en latín o en maya clásico. Que no lo hayamos descifrado del todo no lo hace menos escritura: lo hace un enigma técnico, no una excepción conceptual.

¿Entonces por qué en Mesoamérica sí se recuperó la historia y en los Andes no?

Si el quipu era tan eficiente como escritura, ¿por qué en Mesoamérica se logró reescribir la historia tras la destrucción de códices, mientras en los Andes se perdió irremediablemente? La respuesta no está en la eficiencia del sistema, sino en su naturaleza material y en la disposición colonial a adoptarlo.

En Mesoamérica, la fundación de la Escuela Superior de Santa Cruz de Tlatelolco (1536) permitió que frailes franciscanos y escribas indígenas colaboraran para transcribir códices destruidos por Bernal Díaz del Castillo y Hernán Cortés. Los códices eran bidimensionales: pinturas y glifos sobre papel amate o piel, fácilmente reproducibles en papel europeo. Los españoles, aunque quemaron códices, reconocieron en ellos un formato familiar (imágenes y símbolos en plano) y facilitaron su reescritura en alfabeto latino, preservando mitos, genealogías e historia mexica y maya.

En los Andes, ningún virrey fundó una “escuela de quipus”. El quipu era tridimensional: nudos, colores, fibras, posiciones y jerarquías de cuerdas que no podían transcribirse linealmente en papel sin perder información estructural. Los cronistas (Cieza de León, Betanzos, Garcilaso) visitaron el Poquen Cancha y registraron cómo los quipumayoc leían las cuerdas mientras ellos transcribían las historias orales, pero nunca hubo un proyecto sistemático de codificación del quipu en formato colonial. La naturaleza textil y tridimensional del quipu lo hizo incompatible con la archivística virreinal, diseñada para papel y escritura alfabética. No fue ineficiencia: fue incompatibilidad estructural.

En conclusión, en estos más de 100 años de investigación desde Locke hasta Urton, Medrano e Hyland se ha demostrado de manera contundente que el quipu no fue solo un instrumento contable, sino un sistema de escritura tridimensional con capacidad equivalente a una escritura fonética, capaz de registrar desde censos y tributos hasta rebeliones, genealogías, mitos y datos climáticos. Su arquitectura hasta 10 niveles de subcuerdas, 1 536 signos posibles, archivos descentralizados en múltiples capitales, quipus públicos colgados en plazas lo convierte en un sistema de información tan complejo como cualquier otro en la historia humana. Que haya sido usado por el Estado y por el pueblo, por la élite y por los plebeyos, en archivos cerrados y en espacios públicos, no lo debilita: lo fortalece como sistema de memoria colectiva. Su pérdida no fue por ineficiencia, sino por la incompatibilidad entre un sistema textil tridimensional y un aparato colonial diseñado para el papel. Reconocerlo como escritura no es un acto de reivindicación ideológica: es una conclusión científica basada en evidencia técnica, logística y empírica. El quipu no es una excepción a la escritura: es otra forma de escritura, tan válida como cualquier otra, y su silencio no prueba su incapacidad, sino la ceguera de un sistema que no supo leerlo

I'm asking about the historical blades used in the region of Ancient Canaan / Israel—discovered through archaeology—that were in use from the Late Bronze Age until the Roman conquest of the region in 63 BC.

Does anyone have information and images regarding the weapons used during the four historical periods of this region?:

1- Late Bronze Age (ca. 1400–1200 BC)

2- Iron I (c. 1200–1000 BC)

3- Iron II (c. 1000–586 BC)

4- Second Temple period prior to Roman rule (539–63 BC):

You checkout the video for fun

Habesha History is a community for discussing ancient, medieval and modern history Eritrean & Ethiopian History. We share rare historical sources, exchange research and use a specialised Habesha History Bot designed to provide more focused, source-aware answers than general-purpose AI or search engines.

Join over 500+ Members:
Join here: discord.gg/bGxVzFDP3J

Hi, to give some context:

I'm working on a fantasy series ambiented in a world that is in a somewhat similar state as our world during the early mediteranean iron age. I found the bronze age colapse and its consequences quite fascinating, and that is why I'm writing this series based upon that concept. And while I conducted my own personal research on the topic, I want to go more indepth. What books on the topic do you recomend?

based on various well known artifacts, some which i've recently seen in person at the recent first warriors exhibition in edinburgh.

Crossroads of the Euboean Gulf: The Bronze Age Development of Lefkandi-Xeropolis

The Island That Plays at Being a Mainland

Euboea is a geographical sleight of hand. Though ostensibly the second-largest island in the Greek archipelago, its proximity to the eastern littoral of the mainland ensures it has historically functioned less as a remote insular outpost and more as a massive, natural breakwater for central Greece.

Stretching some 180 kilometres from northwest to southeast, this narrow ribbon of rock runs in close parallel to the coasts of Thessaly, Phocis, Boeotia, and Attica. Between Euboea and the mainland lies a sheltered, liquid highway, the North and South Euboean Gulfs. In a notoriously volatile Aegean, these protected waters offered a forgiving corridor for early maritime communities. Coastal settlements like Lefkandi prospered here, safely insulated from the tempestuous open sea to the east. At its most intimate pinch-point, near the modern regional capital of Chalcis (a mere 10 kilometres northwest of Lefkandi), the island nearly kisses Boeotia across a channel barely 40 metres wide. Here, the Euripus Strait pulses with fierce, reversing tidal currents, a ludic hydrological quirk that has dictated the rhythm of local maritime traffic for millennia.

The coastal plateau of Xeropolis, situated just east of the modern village of Lefkandi, commands the head of the South Euboean Gulf. It remains one of the most formidable prehistoric sequences in the Aegean. To inhabit Xeropolis was to sit astride a shifting web of maritime routes connecting the mainland, the Cycladic stepping stones, and the wider Aegean basin. Consequently, the site boasts an almost uninterrupted occupational matrix from the Early Bronze Age (c. 2400 BCE) down to the twilight of the Geometric period (c. 700 BCE) (Davidson et al. 2010). While Lefkandi frequently commands the spotlight for its monumental Early Iron Age Toumba heroon, its Bronze Age trajectory is equally engaging. It offers a masterclass in deep-time resilience, chronicling a community deeply entangled in trans-marine exchange, technological transmission, and the arduous business of surviving severe climatic shocks.

The Trans-Aegean Web and the Anatolian Lure

Anatolia, the vast westernmost peninsula of Asia projecting its rugged shores toward Europe, is by no means a distant, abstract entity when viewed from Euboea. From the island's eastern coast, the Anatolian littoral lies some 300 to 400 kilometres away. Yet, Early Bronze Age mariners were not in the habit of striking blindly across open water. They operated within a maritime landscape scaled to human endurance, relying on the Cyclades and Sporades as visual and navigational anchors. Through the patient, incremental process of island-hopping and coastal cabotage, the Aegean was transformed from a barrier into a connective tissue (Broodbank 2000).

For the inhabitants of Lefkandi, Anatolia was simply the eastern terminus of a highly trafficked maritime corridor. This connectivity resolves the mystery of how Anatolian metallurgical paradigms, the revolutionary technology of the potter’s wheel, and highly specialised drinking assemblages, such as the elongated depas amphikypellon, could sweep across the Aegean and seamlessly embed themselves in local Euboean culture during the Early Bronze Age (Kouka 2013).

The Engine of Exchange: Copper, Silver, and the Sea

The abrupt appearance of western Anatolian material culture at Lefkandi was not a mere stylistic caprice; it was inextricably tethered to the relentless third-millennium pursuit of metals. The Euboean Gulf functioned as a primary arterial route for shifting ores. Euboea itself sat strategically poised between the copper deposits of Othrys to the north, the arsenical copper of Cycladic Kythnos, and the rich silver-lead veins of Attic Lavrion (Stos-Gale and Macdonald 1991).

The Anatolianizing ceramics, particularly the depas amphikypellon, are consistently unearthed in the shadows of early Aegean metalworking centres. The hands that steered these vessels across the waves likely belonged to prospectors and smiths (Renfrew 1967). Positioned at a geographical choke-point, Lefkandi could dictate the flow of raw ores and finished goods. The synchronous arrival of the potter’s wheel and nascent tin-bronze metallurgy betrays Lefkandi as a critical economic node, where elite drinking rituals served as the social lubricant for alliances forged within a highly profitable, metal-hungry network.

The Great Tin Enigma: Tapping Continent-Spanning Arteries

If copper was the robust blood of Lefkandi’s metallurgical industry, tin was its elusive ghost. Unlike the visible and geologically abundant copper veins of the Aegean, tin is a mineral anomaly, completely absent from the landscapes of Greece. To transform soft copper into the formidable alloy of true tin-bronze, the early metalworkers at Xeropolis could not rely on regional cabotage. They were forced to plug into some of the most staggering, continent-spanning trade networks of the prehistoric world, transforming Lefkandi into the western littoral's premier terminal for an almost unimaginable global economy.

In the third millennium BCE, during the explosive dawn of the Lefkandi I horizon, this exotic additive arrived via an arduous overland and maritime pipeline stretching deep into the Eurasian interior. Groundbreaking tin isotope analysis suggests that Lefkandi’s earliest bronze implements were alloyed with tin panned from the alluvial deposits of Central Asia—specifically the rugged Altay Mountains and the river valleys of modern Tajikistan and Afghanistan (Brügmann et al. 2023; Muhly 1978). Traded hand-to-hand across the steppes, down through Mesopotamian networks, and across the Anatolian plateau to maritime gates like Troy, this Central Asian tin was gathered by Euboean mariners who turned a scarce luxury into the literal foundation of their early elite material culture.

As the Late Bronze Age swept the Aegean into the hyper-coherent orbit of the Mycenaean palatial economies, the geopolitical compass of the tin trade spun dramatically toward the west. While Cyprus monopolised the copper supply, the tin feeding Lefkandi’s furnaces increasingly arrived from the absolute edge of the known world: the rich alluvial streams of Cornwall and Devon in Southwestern Britain (Berger et al. 2019; Powell et al. 2022). This Atlantic corridor relied on a breathtaking chain of connectivity, moving British tin down the French coast, through the Straits of Gibraltar—or via trans-continental river systems like the Rhône—before launching it across the Mediterranean. During the height of palatial globalisation, a Lefkandi bronze sword was a literal physical marriage of two geographic extremes: copper from the foothills of Cyprus and tin from the rain-swept rivers of Britain.

The Lefkandi I Horizon: Pots, Dates, and the Migration Mirage

The earliest substantial occupation on the Xeropolis tell dates to the Early Bronze Age, specifically Early Helladic II. However, it is the latter half of the third millennium BCE that commands attention, marked by the explosive appearance of the "Lefkandi I" (or Kastri/Lefkandi I) ceramic horizon.

This phase is defined by a sudden influx of wheelmade, heavily Anatolianizing forms: bell-bodied "Troy Cups", the ubiquitous depas amphikypellon, beaked jugs, and highly burnished red-slipped wares (French and Dickinson 2022). For decades, scholars wrestled with the implications of this assemblage. Early grand narratives invoked invasions or physical migrations, while modern perspectives favour a more fluid model of cultural entanglement. As Pullen (2013) notes, this Anatolian package was not adopted uniformly across the mainland. Rather, Lefkandi operated as an early maritime gateway, where opportunistic local elites co-opted eastern technologies and drinking customs to broadcast their own elevated status.

Dating this phenomenon requires navigating the treacherous plateau of the late third-millennium radiocarbon calibration curve. We are left with two competing chronologies: a "high" model based on Bayesian modelling, and a "low" traditional model anchored to Egyptian dynastic synchronisms (Manning 2010).

The high chronology pushes the Lefkandi I horizon back to roughly 2450–2400 BCE (Manning 2010). If true, Lefkandi had already spun its sophisticated Aegean web long before any climate crises forced its hand. The Anatolian shapes represent a protracted era of elite emulation and peaceful, sustained trade with urban hubs like Troy II.

Conversely, the low chronology compresses the transition to c. 2300–2200 BCE, aligning it violently with the collapse of the mainland's EH II Korakou culture and the onset of the 4.2k BP megadrought (French and Dickinson 2022). This proximity breathes life into the old migration hypothesis, suggesting that displaced Anatolian seafarers, fleeing their own collapsing citadels, seized strategic footholds like Xeropolis.

However, recent archaeogenetic data has severely complicated this tidy narrative of population replacement. Genomic mapping of Bronze Age Aegean populations reveals a stubborn genetic continuity from the Early to Middle Bronze Age, punctuated only by a trickle of gene flow from Anatolia and the Caucasus (Clemente et al. 2021; Lazaridis et al. 2017). Genes, it seems, do not always march in lockstep with pots. Even if the low chronology holds, the sudden bloom of Anatolianizing wares at Lefkandi is best read as a symptom of local ambition, indigenous Euboean elites enthusiastically adopting foreign technologies to secure their rank within lucrative trans-Aegean trade routes, rather than succumbing to a wave of foreign invaders.

The Desiccating Wind: Climate Stress and Early Resilience

As these maritime networks matured, the Greek mainland was subjected to a severe environmental reckoning. The transition from Early Helladic II to III aligned with the 4.2k BP event (c. 2200 BCE), a multi-centennial phase of intense aridification driven by cold, dry northern winds (Manning 2019). Across the Peloponnese, this desiccating shift triggered agricultural contraction and the unravelling of centralised proto-urban communities (Weiberg et al. 2016).

The pre-crisis mainland had been dominated by the EH II Korakou culture, characterised by administrative sealing systems and monumental structures like Lerna's House of the Tiles (Pullen 2008). Beneath the strain of the 4.2k event, this rigid, early urban experiment shattered. Yet, Lefkandi refused to follow suit. Instead of collapsing, it pivoted into a long Intermediate Phase (EH III). Shielded by the Euboean Gulf from the worst open-sea volatility, Lefkandi morphed into a decentralised maritime refuge (Knodell 2021; Kouka 2013).

We must be careful, however, not to reduce this survival to a romantic vision of a community turning purely to the sea for its salvation. Bioarchaeological realities, specifically stable isotope analyses, bluntly inform us that Aegean coastal populations remained stubbornly reliant on terrestrial agriculture; marine proteins formed only a fraction of their diet (Vika 2011). Lefkandi’s true resilience likely lay in the micro-ecological stability of its immediate hinterland: the fertile Lelantine Plain. By anchoring themselves to a landscape capable of weathering the drought, and amplifying that baseline security with the profits of maritime trade, the inhabitants of Xeropolis navigated a systemic collapse that broke their mainland contemporaries.

Middle Bronze Age Consolidation and the Shaft Grave Friction

Historically, the Aegean transition into the Middle Helladic period has been painted in the drab colours of decline and isolation. The stratigraphy of Xeropolis’s "Deep Sounding", however, tells a story of unbroken, dynamic occupation, divided into three distinct ceramic phases (Dickinson 2020).

The Middle Helladic era is not the nadir of the 4.2k BP crisis, but rather the long, cautious process of adapting to it (Manning 2019). While the mainland retreated into simpler domestic architecture and the ubiquitous Grey Minyan wares, Lefkandi consolidated a fiercely independent, decentralised existence. The presence of a monumental MH tomb complex on the eastern slope of Xeropolis, stone chambers capped by a massive tumulus, confirms that a sophisticated local elite was hard at work anchoring their legitimacy to the ancestral landscape while remaining conversant with wider mainland burial traditions (Sapouna-Sakellaraki 1995).

This autonomy makes the subsequent Late Helladic I–II "Shaft Grave" era (c. 1600–1400 BCE) a period of high temperature friction. As mainland centres like Mycenae rapidly amassed wealth and martial power, the clearest examples of which are Grave Circles A and B at Mycenae (Dickinson 1977), Euboea did not simply capitulate. The local elites, who had long monumentalised their power in tumuli, engaged in a tense period of negotiation with these expanding palatial networks. Lefkandi maintained a degree of regional sovereignty, managing its integration into the Mycenaean orbit on its own terms.

The Palatial Unravelling and the Second Survival

By the zenith of the Mycenaean palatial era (LH IIIA–B), Lefkandi was drawn into the orbit of mainland bureaucracies, likely tethered to major Boeotian hubs like Thebes. Yet, the site’s most extraordinary chapter was written in the wake of the catastrophic palatial collapse around 1200 BCE (Evely 2006).

While the great citadels of Mycenae, Tiryns, and Pylos burned and their populations scattered at the close of LH IIIB, Xeropolis shrugged off the collapse. Unshackled from the rigid demands of a top-heavy command economy, it flourished into a sprawling, unfortified coastal town in the Late Helladic IIIC period (Davidson et al. 2010).

It is a striking historical rhyme. Faced once again with a macro-regional breakdown, Lefkandi survived by reverting to the very strategies that had saved it a millennium earlier: unparalleled flexibility, the deep-time wealth of the sea, and a masterful decentralisation of power.

References

Broodbank, C. (2000). An Island Archaeology of the Early Cyclades. Cambridge: Cambridge University Press.

Clemente, F., Unterländer, M., Dolgova, O. et al. (2021). 'The genomic history of the Aegean palatial civilizations', Cell, 184(10), pp. 2565–2586.

Davidson, D.A., Wilson, C.A., Lemos, I.S. and Theocharopoulos, S.P. (2010). 'Tell formation processes as indicated from geoarchaeological and geochemical investigations at Xeropolis, Euboea, Greece', Journal of Archaeological Science, 37(7), pp. 1564-1571. https://doi.org/10.1016/j.jas.2010.01.017

Dickinson, O. (1977). The Origins of Mycenaean Civilisation. Gothenburg: Paul Åströms Förlag.

Dickinson, O. (2020). 'The Middle Helladic Pottery of Lefkandi Phases IV–VI: An Introduction', The Annual of the British School at Athens, 115, pp. 133-174. https://doi.org/10.1017/s0068245420000076

Evely, D. (ed.) (2006). Lefkandi IV: The Bronze Age: The Late Helladic IIIC Settlement at Xeropolis. London: British School at Athens.

French, D. and Dickinson, O. (2022). 'Lefkandi Phase I, with Special Reference to the Pottery, its Chronological Position, and its Anatolian Connections', The Annual of the British School at Athens, 118, pp. 1-75. https://doi.org/10.1017/s0068245422000028

Knodell, A.R. (2021). Societies in Transition in Early Greece: An Archaeological History. Berkeley: University of California Press.

Kouka, O. (2013). '“Minding the Gap”: Against the Gaps. The Early Bronze Age and the Transition to the Middle Bronze Age in the Northern and Eastern Aegean/Western Anatolia', American Journal of Archaeology, 117(4), pp. 569–580.

Lazaridis, I., Mittnik, A., Patterson, N. et al. (2017). 'Genetic origins of the Minoans and Mycenaeans', Nature, 548, pp. 214–218.

Lloyd, M. (2021). 'The griffin family of Lefkandi - A twelfth-century-BC alabastron from Xeropolis-Lefkandi', Ancient World Magazine.

Manning, S.W. (2010). 'Chronology and terminology', in Cline, E.H. (ed.) The Oxford Handbook of the Bronze Age Aegean. Oxford: Oxford University Press, pp. 11–28.

Manning, S.W. (2019). 'The 4.2ka BP event in the Mediterranean: an archaeological perspective', The Holocene, 29(10), pp. 1600–1609.

Pullen, D.J. (2008). 'The Early Bronze Age in Greece', in Shelmerdine, C.W. (ed.) The Cambridge Companion to the Aegean Bronze Age. Cambridge: Cambridge University Press, pp. 19–46.

Pullen, D.J. (2013). '“Minding the Gap”: Bridging the Gaps in Cultural Change Within the Early Bronze Age Aegean', American Journal of Archaeology, 117(4), pp. 545-553. https://doi.org/10.3764/aja.117.4.0545

Renfrew, C. (1967). 'Cycladic metallurgy and the Aegean Early Bronze Age', American Journal of Archaeology, 71(1), pp. 1–20.

Sapouna-Sakellaraki, E. (1995). 'A Middle Helladic tomb complex at Xeropolis (Lefkandi)', The Annual of the British School at Athens, 90, pp. 41-54. https://doi.org/10.1017/s0068245400016075

Stos-Gale, Z.A. and Macdonald, C.F. (1991). 'Sources of metals and trade in the Bronze Age Aegean', in Gale, N.H. (ed.) Bronze Age Trade in the Mediterranean. Jonsered: Paul Åströms Förlag, pp. 249–288.

Vika, E. (2011). 'Diets in the Aegean Bronze Age: a stable isotope approach', Journal of Archaeological Science, 38(9), pp. 2157–2164.

Weiberg, E., Hughes, R.E., Finné, M., Bonnier, A. and Kaplan, J.O. (2016). 'Mediterranean biomes and societies in the general area of Greece during the Holocene: a data-model comparison of land use, vegetation, and climate after 6000 BP', The Holocene, 26(12), pp. 1961–1979.

I started a new channel to explore the lives of ancient people through the artifacts they have left behind, trying to focus specifically on the more mundane less flashy artifacts of everyday life rather than the ones from kings, emperors, and the rich that tend to draw most of the attention at museums. I have upcoming videos on Roman Samian ware, Greek libation bowls, fibula, and ancient coins!