In the second week of July, Hamas announced its rejection of Israeli withdrawal maps proposed in ceasefire and prisoner-exchange negotiations by the United States, Qatar and Egypt. The group’s objection centred on the Israeli army’s continued seizure of more than 40% of the Gaza Strip. Its demand is that Israel withdraws to the positions outlined in the map agreed upon in January.
The Israeli army is advancing efforts to establish a new ‘corridor’ dividing Khan Yunis into eastern and western sectors. On 16 July, it declared the completion of the 15km ‘Magen Oz axis’. This route begins at the Kissufim crossing point on the eastern boundary between Deir al-Balah and Khan Yunis, cuts through Khan Yunis, and extends to the ‘Murāj axis’ (built in April), which already splits Khan Yunis and Rafah and has remained under full Israeli control.
The Magen Oz axis remains a major sticking point, because Hamas rejects the presence of Israeli forces, as expressed in discussions facilitated by US envoy Steve Witkoff. Hamas leader Dr Basem Naim dismissed the significance of the new axis, noting that Israel already has full control over the Strip.
Carving a wasteland
The broader concern lies in the sweeping geopolitical and demographic changes enforced by the Israeli army, which primarily affect civilians. These include forced displacement, the prevention of civilians’ return, and widespread destruction, from the systematic razing of residential areas, the demolition of homes and farmland, the obliteration of infrastructure such as roads, electricity stations, and communication networks.
Entire regions are now uninhabitable wastelands. The effects in Khan Younis mirror those in Rafah, Jabalia, Bayt Lahia, Bayt Hanoun, and the eastern districts of Gaza City. Prior to October 2023, Khan Yunis spanned 54 square kilometres and was home to around 438,000 residents, more than half of whom lived in residential clusters located in the city centre and eastern districts. Those areas now come under Israeli control following the latest separation operation.