Linked from

The 42 pages that link to Organic farming, each with the reason it gives.

• Plant breedingCompared with: Organic production rules affect which varieties and breeding techniques farmers may use.

• AgricultureCompared with: It offers a distinct approach to pest control, soil fertility, and farm inputs.

• PesticideCompared with: Organic production permits some pesticides but excludes many synthetic ones.

• Agricultural intensificationCompared with: It sets input constraints that distinguish it from many conventional intensification pathways.

• Pest controlCompared with: Its rules shape which pest-control tools farmers may use, without excluding all pesticides.

• AgroecologyCompared with: Organic certification regulates inputs, while agroecology also examines system design and social relations.

• No-till farmingCompared with: Organic no-till must suppress weeds without relying on many conventional herbicides.

• Sustainable agricultureCompared with: Organic certification is one approach to sustainability, but it does not by itself guarantee every sustainability outcome.

• Regenerative agricultureCompared with: Regenerative goals may overlap with organic rules, but the approaches are not equivalent.

• Conservation agricultureCompared with: Organic farming defines production by input rules, while conservation agriculture defines field-management principles.

• PermacultureCompared with: Organic certification governs inputs, while permaculture emphasizes whole-system design.

• Pesticide regulationCompared with: Its input rules differ from pesticide regulation, though some pesticides are allowed in organic production.

• Industrial agricultureCompared with: It replaces many industrial inputs with biological or cultural methods, though farms can still be large-scale.

• AgronomyCompared with: Its rules create a distinct approach to nutrient, weed, and pest management.

• Conservation tillageCompared with: Organic farming is defined by input rules, while conservation tillage is defined by soil disturbance and cover.

• Conventional agricultureCompared with: Its input rules distinguish it from many conventional production systems.

• Weed controlCompared with: Organic systems cannot rely on most synthetic herbicides and use other weed-control strategies.

• Agricultural chemistryCompared with: Its nutrient-management rules contrast with reliance on synthetic fertilizers.

• Agriculture in UkraineCompared with: It contrasts with input-intensive production models and offers a different route to market differentiation.

• M. S. SwaminathanCompared with: Its lower reliance on synthetic inputs offers a contrasting response to the environmental costs of intensive agriculture.

• Agricultural biotechnologyCompared with: Its certification rules often exclude genetically engineered crops, despite using some biological methods.

• OlericultureCompared with: Organic vegetable production applies distinct rules for fertility, pest control, and certification.

• AtrazineCompared with: Atrazine use is incompatible with certified organic production standards.

• Environmental impact of agricultureCompared with: Its input rules offer one approach to reducing some pollution, with trade-offs in yield and land demand.

• Extensive farmingCompared with: Organic status concerns permitted practices, not whether land and inputs are used extensively.

• Intensive farmingCompared with: It offers a distinct approach to fertility and pest control, though organic farms can also be intensive.

• FarmerCompared with: Its production rules distinguish one approach a farmer may choose from conventional farming.

• Masanobu FukuokaCompared with: Fukuoka’s approach goes beyond input substitution by questioning routine cultivation and control.

• AgrochemicalCompared with: Its rules distinguish permitted agricultural inputs from many synthetic agrochemicals.

• Mechanised agricultureCompared with: Organic production may use machinery extensively, showing that mechanisation is separate from input rules.

• Second Green RevolutionCompared with: Its limits on certain inputs contrast with proposals that rely on modern crop technologies.