Moroccan Hashish Dealers Boycott Israeli Buyers in Solidarity Against Occupation
Moroccan hashish dealers are making headlines as they take a stand against the Israeli occupation by refusing to sell their coveted cannabis to Israeli drug traffickers, reports from Israeli media outlets reveal.
This boycott, echoing sentiments of solidarity with Palestinians, has dealt a severe blow to Israeli traffickers, resulting in losses estimated in tens of millions of shekels and disrupting the flow of Moroccan hashish, renowned globally for its superior quality. Prices for a kilogram have skyrocketed to over 300,000 shekels ($81,700) within Israel, reflecting the strain on the market due to the scarcity of supply.
The decision to enforce the boycott originates from the sellers in the Rif mountains, a region in northern Morocco celebrated for its long-standing tradition of cannabis cultivation. In a bold move, these sellers have declared their refusal to engage with Israeli buyers, whether directly or through intermediaries.
This boycott not only symbolizes a local reaction but also aligns with the broader Boycott, Divestment, and Sanctions (BDS) movement, championed by pro-Palestinian activists worldwide. Notable brands such as Starbucks, McDonald's, and Coca-Cola have faced similar repercussions and financial setbacks due to their perceived association with Israel.
Across Moroccan cities, protests have erupted, denouncing Israel's ongoing military actions in Gaza and the West Bank, which have led to the loss of thousands of Palestinian lives, disproportionately affecting civilians and children since the escalation of conflict in May 2021.
The grassroots movement initiated by Morocco's hashish dealers signifies a unique form of protest, propelled by the profound economic ramifications of the occupation. By leveraging Morocco's pivotal role in the lucrative hashish trade, the sellers aim to exert significant economic pressure to challenge Israel's policies in Palestinian territories, marking a compelling display of solidarity and resistance.