APA

With signal phrase

Denny (2017) contends that "inevitably, the data we have about current weather conditions are such that prediction errors are unavoidable, especially given the chaotic nature of key weather phenomena" (p. 126).

Without signal phrase

When considering the data requirements for accurate weather forecasting, one must consider that "inevitably, the data we have about current weather conditions are such that prediction errors are unavoidable, especially given the chaotic nature of key weather phenomena" (Denny, 2017, p. 126).

MLA

With signal phrase

Denny contends that "inevitably, the data we have about current weather conditions are such that prediction errors are unavoidable, especially given the chaotic nature of key weather phenomena" (126).

Without signal phrase

When considering the data requirements for accurate weather forecasting, one must consider that "inevitably, the data we have about current weather conditions are such that prediction errors are unavoidable, especially given the chaotic nature of key weather phenomena" (Denny 126).

Chicago

With signal phrase

Denny (2017) contends that "inevitably, the data we have about current weather conditions are such that prediction errors are unavoidable, especially given the chaotic nature of key weather phenomena" (126).

Without signal phrase

When considering the data requirements for accurate weather forecasting, one must consider that "inevitably, the data we have about current weather conditions are such that prediction errors are unavoidable, especially given the chaotic nature of key weather phenomena" (Denny 2017,  126).

CSE

With signal phrase

Denny (2017) contends that "inevitably, the data we have about current weather conditions are such that prediction errors are unavoidable, especially given the chaotic nature of key weather phenomena" (p. 126).

Without signal phrase

When considering the data requirements for accurate weather forecasting, one must consider that "inevitably, the data we have about current weather conditions are such that prediction errors are unavoidable, especially given the chaotic nature of key weather phenomena" (Denny 2017, p. 126).

APA

With signal phrase

Teague and Gallicchio (2017) argue that "the coming together and the pooling of resources--of research, of technology, and financially--is key to the next phase in the development of meteorology" (p. 225).

Without signal phrase

Looking forward, "the coming together and the pooling of resources--of research, of technology, and financially--is key to the next phase in the development of meteorology" (Teague & Gallicchio, 2017, p. 225).

MLA

With signal phrase

Teague and Gallicchio  argue that "the coming together and the pooling of resources--of research, of technology, and financially--is key to the next phase in the development of meteorology" (225).

Without signal phrase

Looking forward, "the coming together and the pooling of resources--of research, of technology, and financially--is key to the next phase in the development of meteorology" (Teague and Gallicchio 225).

Chicago

With signal phrase

Teague and Gallicchio (2017) argue that "the coming together and the pooling of resources--of research, of technology, and financially--is key to the next phase in the development of meteorology" (225).

Without signal phrase

Looking forward, "the coming together and the pooling of resources--of research, of technology, and financially--is key to the next phase in the development of meteorology" (Teague and Gallicchio 2017, 225).

CSE

With signal phrase

Teague and Gallicchio (2017) argue that "the coming together and the pooling of resources--of research, of technology, and financially--is key to the next phase in the development of meteorology" (p. 225).

Without signal phrase

Looking forward, "the coming together and the pooling of resources--of research, of technology, and financially--is key to the next phase in the development of meteorology" (Teague and Gallicchio 2017, p.225).

APA

With signal phrase

Research from Sandel et al. (2011) supports the conclusion that "small-ranged, weakly dispersing species in previously stable regions experiencing high future climate-change velocities will be at greatest extinction risk from anthropogenic climate change" (p. 663).

Without signal phrase

Research supports that "small-ranged, weakly dispersing species in previously stable regions experiencing high future climate-change velocities will be at greatest extinction risk from anthropogenic climate change" (Sandel et al., 2011, p. 663).

MLA

With signal phrase

Research from Sandel et al.  supports the conclusion that "small-ranged, weakly dispersing species in previously stable regions experiencing high future climate-change velocities will be at greatest extinction risk from anthropogenic climate change" (663).

Without signal phrase

Research supports that "small-ranged, weakly dispersing species in previously stable regions experiencing high future climate-change velocities will be at greatest extinction risk from anthropogenic climate change" (Sandel et al. 663).

Chicago

With signal phrase

Research from Sandel et al. (2011) supports the conclusion that "small-ranged, weakly dispersing species in previously stable regions experiencing high future climate-change velocities will be at greatest extinction risk from anthropogenic climate change" (663).

Without signal phrase

Research supports that "small-ranged, weakly dispersing species in previously stable regions experiencing high future climate-change velocities will be at greatest extinction risk from anthropogenic climate change" (Sandel et al. 2011, 663).

CSE

With signal phrase

Research from Sandel et al. (2011) supports the conclusion that "small-ranged, weakly dispersing species in previously stable regions experiencing high future climate-change velocities will be at greatest extinction risk from anthropogenic climate change" (p. 663).

Without signal phrase

Research supports that "small-ranged, weakly dispersing species in previously stable regions experiencing high future climate-change velocities will be at greatest extinction risk from anthropogenic climate change" (Sandel et al. 2011, p. 663).