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Cylindrical Equal-Area Projection -- from Wolfram MathWorld

The map projection having transformation equations x = (lambda-lambda_0)cosphi_s (1) y = sinphisecphi_s (2) for the normal aspect, where lambda is the longitude, lambda_0 is the standard longitude (horizontal center of the projection), phi is the latitude, and phi_s is the so-called "standard latitude." Special cases of cylindrical equal-area projections are summarized in the following table (Maling 1993). phi_s map projection 0 degrees Lambert cylindrical equal-area...



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Cylindrical Equal-Area Projection -- from Wolfram MathWorld

https://mathworld.wolfram.com/CylindricalEqual-AreaProjection.html

The map projection having transformation equations x = (lambda-lambda_0)cosphi_s (1) y = sinphisecphi_s (2) for the normal aspect, where lambda is the longitude, lambda_0 is the standard longitude (horizontal center of the projection), phi is the latitude, and phi_s is the so-called "standard latitude." Special cases of cylindrical equal-area projections are summarized in the following table (Maling 1993). phi_s map projection 0 degrees Lambert cylindrical equal-area...



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https://mathworld.wolfram.com/CylindricalEqual-AreaProjection.html

Cylindrical Equal-Area Projection -- from Wolfram MathWorld

The map projection having transformation equations x = (lambda-lambda_0)cosphi_s (1) y = sinphisecphi_s (2) for the normal aspect, where lambda is the longitude, lambda_0 is the standard longitude (horizontal center of the projection), phi is the latitude, and phi_s is the so-called "standard latitude." Special cases of cylindrical equal-area projections are summarized in the following table (Maling 1993). phi_s map projection 0 degrees Lambert cylindrical equal-area...

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      Cylindrical Equal-Area Projection -- from Wolfram MathWorld
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      Cylindrical Equal-Area Projection
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      The map projection having transformation equations x = (lambda-lambda_0)cosphi_s (1) y = sinphisecphi_s (2) for the normal aspect, where lambda is the longitude, lambda_0 is the standard longitude (horizontal center of the projection), phi is the latitude, and phi_s is the so-called "standard latitude." Special cases of cylindrical equal-area projections are summarized in the following table (Maling 1993). phi_s map projection 0 degrees Lambert cylindrical equal-area...
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      The map projection having transformation equations x = (lambda-lambda_0)cosphi_s (1) y = sinphisecphi_s (2) for the normal aspect, where lambda is the longitude, lambda_0 is the standard longitude (horizontal center of the projection), phi is the latitude, and phi_s is the so-called "standard latitude." Special cases of cylindrical equal-area projections are summarized in the following table (Maling 1993). phi_s map projection 0 degrees Lambert cylindrical equal-area...

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      Cylindrical Equal-Area Projection -- from Wolfram MathWorld
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      The map projection having transformation equations x = (lambda-lambda_0)cosphi_s (1) y = sinphisecphi_s (2) for the normal aspect, where lambda is the longitude, lambda_0 is the standard longitude (horizontal center of the projection), phi is the latitude, and phi_s is the so-called "standard latitude." Special cases of cylindrical equal-area projections are summarized in the following table (Maling 1993). phi_s map projection 0 degrees Lambert cylindrical equal-area...

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      Cylindrical Equal-Area Projection -- from Wolfram MathWorld
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      The map projection having transformation equations x = (lambda-lambda_0)cosphi_s (1) y = sinphisecphi_s (2) for the normal aspect, where lambda is the longitude, lambda_0 is the standard longitude (horizontal center of the projection), phi is the latitude, and phi_s is the so-called "standard latitude." Special cases of cylindrical equal-area projections are summarized in the following table (Maling 1993). phi_s map projection 0 degrees Lambert cylindrical equal-area...
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