Linked from

The 24 pages that link to Fritz Haber, each with the reason it gives.

• EutrophicationRelated: Industrial ammonia production enabled fertilizer use at scales that increased nutrient runoff.

• AmmoniaRelated: Haber demonstrated ammonia synthesis under pressure, enabling subsequent industrial scale-up.

• Haber–Bosch processRelated: Haber solved the chemistry, finding workable pressure, temperature and osmium catalyst in his Karlsruhe lab.

• UreaRelated: Industrial ammonia synthesis supplies a key feedstock for modern urea production.

• Le Chatelier's principleRelated: His equilibrium analysis of ammonia synthesis put the principle to industrial work.

• Haber processRelated: His experiments established the chemical basis for industrial ammonia synthesis.

• Ammonium nitrateRelated: Synthetic ammonia made large-scale production of ammonium nitrate practical.

• Chemical weaponRelated: Haber helped direct Germany's first large-scale chlorine attack at Ypres in 1915.

• Scientific priorityRelated: His work illustrates how individual discovery can precede a collaborator's industrial contribution.

• Carl BoschRelated: Haber discovered the reaction Bosch transformed into a viable industrial process.

• IG FarbenRelated: His career illustrates the entanglement of German chemical science with both industrial production and warfare.

• Synthetic fertilizerRelated: His ammonia synthesis made industrial nitrogen fertilizer possible.

• Walther NernstRelated: Haber and Nernst were prominent contemporaries in German chemistry, though their research programs differed.

• Ammonia synthesisRelated: His high-pressure experiments established that direct ammonia synthesis was feasible.

• Chemical warfare agentRelated: Haber helped direct the deployment of chlorine gas at Ypres.

• Second Battle of YpresRelated: Haber helped prepare the gas operation that began at Ypres.

• Chemical weapons in World War IRelated: He organized Germany's first large-scale chlorine gas attack at Ypres.

• Paul SabatierRelated: Haber’s industrial catalytic synthesis belongs to the same era of metal-catalyzed chemical engineering.

• Friedrich BergiusRelated: Haber’s high-pressure industrial chemistry formed a close scientific parallel to Bergius’s work.

• Organochlorine chemistryRelated: His wartime chemical program included chlorine gas, highlighting chlorine chemistry’s dual-use history.

• Chemical engineerRelated: The Haber process became a landmark industrial transformation shaped by chemical engineering.

• Gerhard ErtlRelated: The institute Ertl directed bears Haber’s name and studies chemistry at interfaces.

• History of fertilizerRelated: His ammonia synthesis supplied the chemistry later scaled for fertilizer production.

• Technische Universität BerlinRelated: Haber’s Berlin career connects the university’s technical setting with the history of industrial chemistry.