Landscape　engineering　plays　a　crucial　role　in　urban　construction　and　the　development　of　ecological　civilization　in　China.　It　actively　designs　and　modifies　natural　elements,　such　as　water　and　mountains,　acting　as　the　primary　living　infrastructure.　This　field　continually　receives　great　recognition　and　praise.　Recent　academic　research　has　prioritized　the　use　of　extended　reality　(XR)　technology　to　create　a　real-time　interactive　visual　environment　to　tackle　the　issues　presented　by　the　dynamic　nature　of　landscape　engineering.　This　paper　utilizes　the　PRISMA　method　to　filter　out　68　research　documents　related　to　XR　in　landscape　engineering　construction　and　management　for　bibliometric　analysis.　A　comprehensive　review　is　conducted　on　the　precise　and　efficient　utilization　of　XR　to　solve　various　issues　in　the　field　of　landscape　engineering.　Using　Cite　Space　6.2.R6　(a　visual　bibliometric　software)　to　visualize　knowledge　structures　and　research　topics,　the　analysis　includes　temporal　and　spatial　examination,　application　scenario　analysis,　and　technological　hierarchy　analysis.　The　paper　summarizes　the　current　challenges　that　XR　still　faces　in　the　landscape　engineering　field　and　envisions　extensible　application　scenarios　for　XR,　providing　a　reference　roadmap　for　the　implementation　of　XR　in　landscape　engineering.