Build an energy empire, stack blocks on the carbon tower, hope they don't collapse in this tableau-building, dexterity game of energy production.
Description:
Crank up the voltage in Power Failure, an electrifying card game in which you race to build the most productive grid. Up to four players compete to meet rising demand by acquiring resources, building power plants, and activating them to generate energy. Power production is inherently volatile, though, as rash individuals risk environmental catastrophes that set everyone back. The player who provides the bustling city with the most megawatts wins!
Build an energy empire, stack blocks on the carbon tower, hope they don't collapse in this tableau-building, dexterity game of energy production.
Description:
Crank up the voltage in Power Failure, an electrifying card game in which you race to build the most productive grid. Up to four players compete to meet rising demand by acquiring resources, building power plants, and activating them to generate energy. Power production is inherently volatile, though, as rash individuals risk environmental catastrophes that set everyone back. The player who provides the bustling city with the most megawatts wins!
Build an energy empire, stack blocks on the carbon tower, hope they don't collapse in this tableau-building, dexterity game of energy production.
Description:
Crank up the voltage in Power Failure, an electrifying card game in which you race to build the most productive grid. Up to four players compete to meet rising demand by acquiring resources, building power plants, and activating them to generate energy. Power production is inherently volatile, though, as rash individuals risk environmental catastrophes that set everyone back. The player who provides the bustling city with the most megawatts wins!
A deck-building game in which players compete to build a number of available elements, which score them points.
Description:
Each player starts with the same small deck of cards that consist of proton, neutron, and electron cards. They use these cards to build upon their current atom (by playing these cards face-up as subatomic particles) in an attempt to construct one of the available element cards.
A deck-building game in which players compete to build a number of available elements, which score them points.
Description:
Each player starts with the same small deck of cards that consist of proton, neutron, and electron cards. They use these cards to build upon their current atom (by playing these cards face-up as subatomic particles) in an attempt to construct one of the available element cards.
A deck-building game in which players compete to build a number of available elements, which score them points.
Description:
Each player starts with the same small deck of cards that consist of proton, neutron, and electron cards. They use these cards to build upon their current atom (by playing these cards face-up as subatomic particles) in an attempt to construct one of the available element cards.
Play as assistants of Gregor Mendel, competing to collect experimental data on pea plants by trying to control how the plants inherit key Traits from their parents
Description:
Gregor Mendel is the 19th Century Augustinian Friar credited with the discovery of modern genetics. In Genotype, you play as his assistants, competing to collect experimental data on pea plants by trying to control how the plants inherit key Traits from their parents: seed shape, flower color, stem color, and plant height. The observable Traits of a Pea Plant (its Phenotype) are determined by its genetic makeup (its Genotype). The relationship between Genotype and Phenotype and the nature of genetic inheritance are at the heart of Genotype: A Mendelian Genetics Game.
Play as assistants of Gregor Mendel, competing to collect experimental data on pea plants by trying to control how the plants inherit key Traits from their parents
Description:
Gregor Mendel is the 19th Century Augustinian Friar credited with the discovery of modern genetics. In Genotype, you play as his assistants, competing to collect experimental data on pea plants by trying to control how the plants inherit key Traits from their parents: seed shape, flower color, stem color, and plant height. The observable Traits of a Pea Plant (its Phenotype) are determined by its genetic makeup (its Genotype). The relationship between Genotype and Phenotype and the nature of genetic inheritance are at the heart of Genotype: A Mendelian Genetics Game.
Play as assistants of Gregor Mendel, competing to collect experimental data on pea plants by trying to control how the plants inherit key Traits from their parents
Description:
Gregor Mendel is the 19th Century Augustinian Friar credited with the discovery of modern genetics. In Genotype, you play as his assistants, competing to collect experimental data on pea plants by trying to control how the plants inherit key Traits from their parents: seed shape, flower color, stem color, and plant height. The observable Traits of a Pea Plant (its Phenotype) are determined by its genetic makeup (its Genotype). The relationship between Genotype and Phenotype and the nature of genetic inheritance are at the heart of Genotype: A Mendelian Genetics Game.
Play as assistants of Gregor Mendel, competing to collect experimental data on pea plants by trying to control how the plants inherit key Traits from their parents
Description:
Gregor Mendel is the 19th Century Augustinian Friar credited with the discovery of modern genetics. In Genotype, you play as his assistants, competing to collect experimental data on pea plants by trying to control how the plants inherit key Traits from their parents: seed shape, flower color, stem color, and plant height. The observable Traits of a Pea Plant (its Phenotype) are determined by its genetic makeup (its Genotype). The relationship between Genotype and Phenotype and the nature of genetic inheritance are at the heart of Genotype: A Mendelian Genetics Game.