The study was designed to assess the performance of carbon at Malaysia. Landscape development plays an important role in the global carbon cycle. They produce a large proportion of CO2 emissions, but they also sequester and store carbon in our environment. The carbon footprint analysis is an established method for systematically quantifying carbon sinks and sources throughout the lifetime of goods and services. There are three stages of carbon contributors were identified through document review and expert’s validation, which is construction stage, operation stage and maintenance stages. The paper presents the carbon footprint analysis of landscape development stages that was recently constructed in the permonade Percint 8, Putrajaya. Field measurement was conducted and the collected data were analyzed using SMART PLS (Partial least squares). Findings of the study highlighted that construction stage give the highest significant to carbon contribution with a path coefficient 0.748. The study also shows that the construction stage is the largest contributor due to the presence of a large number of facilities and activities in landscape developments compared to the maintenance stage. Particularly this is also related to the material and equipment used during the construction stage. The study suggested that the construction stage need to be considered when developing a sustainable landscape design. Finally, the recommendations on how to reduce carbon emissions in landscape development stages especially in Malaysia were highlighted.