The majority of human activities contribute significantly to the emissions of Greenhouse Gases (GHG), which accumulate in the planet's atmosphere and are the main responsible for climate change. Colombia ranks third among the countries most vulnerable to climate change, for this reason it signs and ratifies the United Nations Framework Convention on Climate Change (UNFCCC), committing itself to reducing GHG emissions by 20% by 2030 [1 ]. One of the gases belonging to this group of GHG is carbon dioxide - CO2. On May 11, 2019, the atmospheric levels of this gas exceeded 415 parts per million - ppm worldwide, a figure that shows an emission into the atmosphere higher than what was considered possible 20 years ago [2]. One of the main contributors of CO2 are cities with large populations and strong mobility dynamics. Bogotá being a capital city, the contribution of is 77.33% to CO2 emissions [3]. In response to this, the 2016-2020 District Development Plan sets a goal of reducing CO2eq emissions of 800 thousand tons. and the management of the city's tree cover through planning processes and the formulation of guidelines for the planting, maintenance and phytosanitary management of the city. Although the aforementioned goals are independent, there is a technical correlation that characterizes the dependence between the number of tree species and their CO2 fixation capacity that attends to the associated physical - biological and socio - economic benefits. Consequently, this document presents an analysis of the number of individuals of the species prioritized for planting and their relationship in the fixation of CO2 based on the information from the period 2010 - 2018 in order to evaluate the contribution to the fulfillment of the district goals in the reduction of CO2 emissions and their representativeness in national goals to identify the contribution of district decisions to mitigate climate change.