b. Observation 1: When reviewing graph 1, the average temperature of the planet has been since the b. Observation 2: When reviewing graph 2, the concentration of greenhouse gases has been since the The increase of concentrations in the atmosphere has been attributed to human activity. c. Based on these two observations, we can derive the following hypothesis: global temperatures are due to global concentrations of carbon dioxide in the atn[osphere. d. EvidencelData: are due to a stronger greenhouse gases effect and the ability of carbon dioxide to heat. e. Evidence/Data: due to the increased amount of carbonic acid in the oceans. 6. Evidence/Data: Global of snow and ice due to a warming of the planet. As ice coverage melts, there has been a rise in 9. Evidence/Data: Increase in , due to the loss of sea ice and increased global temperatures which in furn distupts histotical weather potterns. observations that the climate on the planet is changing. These observations are h. Conclusion: The data aathered With the increase in atmospheric carbon dioxide concentrations. in Mhammarmanma Global Land and Ocean January-December Temperature Anomalies a. Observation 1: When reviewing graph 1, the average temperature of the planet has been since the b. Observation 2: When reviewing graph 2, the concentration of greenhouse gases has been since the . The increase of concentrations in the atmosphere has been attributed to human activity. c. Based on these two observations, we can derive the following hypothesis: global concentrations of carbon dioxide in the atmosphere. d. Evidence/Data: global temperatures are due to heat. are due to a stronger greenholise gases effect and the ability of carbon dioxide to e. Evidence/Data: due to the increased amount of carbonic acid in the ocearis. f. Evidence/Data: Global in lof snow and ice due to a warming of the planet. As ice coverage melts, there has been a ris 9. Evidence/Data: Increase in disrupts historical weather patterns. , due to the loss of sea ice and increased global temperatures which in turn h. Conclusion: The data aathered positively with the increase in atmospheric carbon dioxide concentrations..

1. b. Observation 1: When reviewing graph 1, the average temperature of the planet has been since
the b. Observation 2: When reviewing graph 2, the concentration of greenhouse gases has been
since the The increase of concentrations in the atmosphere has been attributed to human activity.
c. Based on these two observations, we can derive the following hypothesis: global temperatures
are due to global concentrations of carbon dioxide in the atn[osphere. d. EvidencelData: are due
to a stronger greenhouse gases effect and the ability of carbon dioxide to heat. e. Evidence/Data:
due to the increased amount of carbonic acid in the oceans. 6. Evidence/Data: Global of snow
and ice due to a warming of the planet. As ice coverage melts, there has been a rise in 9.
Evidence/Data: Increase in , due to the loss of sea ice and increased global temperatures which in
furn distupts histotical weather potterns. observations that the climate on the planet is changing.
These observations are h. Conclusion: The data aathered With the increase in atmospheric carbon
dioxide concentrations. in Mhammarmanma Global Land and Ocean January-December
Temperature Anomalies a. Observation 1: When reviewing graph 1, the average temperature of
the planet has been since the b. Observation 2: When reviewing graph 2, the concentration of
greenhouse gases has been since the . The increase of concentrations in the atmosphere has been
attributed to human activity. c. Based on these two observations, we can derive the following
hypothesis: global concentrations of carbon dioxide in the atmosphere. d. Evidence/Data: global
temperatures are due to heat. are due to a stronger greenholise gases effect and the ability of
carbon dioxide to e. Evidence/Data: due to the increased amount of carbonic acid in the ocearis.
f. Evidence/Data: Global in lof snow and ice due to a warming of the planet. As ice coverage
melts, there has been a ris 9. Evidence/Data: Increase in disrupts historical weather patterns. ,
due to the loss of sea ice and increased global temperatures which in turn h. Conclusion: The
data aathered positively with the increase in atmospheric carbon dioxide concentrations.