text: The following topics make up a typical curriculum in environmental engineering:
  #Mass and Energy transfer
  #Environmental chemistry
  ##Inorganic chemistry
  ##Organic Chemistry
  ##Nuclear Chemistry
  #Growth models
  ##Resource consumption
  ##Population growth
  ##Economic growth
  #Risk assessment
  ##Hazard identification
  ##Dose-response Assessment
  ##Exposure assessment
  ## Risk characterization
  ## Comparative risk analysis
  #Water pollution
  ##Water resources and pollutants
  ##Oxygen demand
  ## Pollutant transport
  ##Water and waste water treatment
  #Air pollution
  ## Industry, transportation, commercial and residential emissions
  ## Criteria and toxic air pollutants
  ## Pollution modelling (e.g. Atmospheric dispersion modeling)
  ##Pollution control
  ## Air pollution and meteorology
  #Global change
  ##Greenhouse effect and global temperature
  ##Carbon, nitrogen, and oxygen cycle
  ##IPCC emissions scenarios
  ## Oceanic changes (ocean acidification, other effects of global warming on oceans) and changes in the stratosphere (see Physical impacts of climate change)
  #Solid waste management and resource recovery
  ##Life cycle assessment
  ##Source reduction
  ##Collection and transfer operations
  ##Recycling
  ##Waste-to-energy conversion
  ##Landfill