Should tomato farmers have to build giant
manure management systems?
The relatively small changes in the N2O emissions across regions and scenarios are explained, in part, by a limited capacity of the SRES models to capture drastic shifts in technologies and practices (e.g., new catalytic converters or new
manure management systems) that directly impact emission levels.
Shortly after the startup of the farm's new high - efficiency milking facilities in 2002, Shawn Saylor began investigating the use of an anaerobic digester to improve
their manure management system and control operating costs.
Not exact matches
- Drinking water and wastewater infrastructure upgraded - Advanced treatment installed for both drinking water and wastewater, and advanced filtration
systems installed for drinking water - Green infrastructure and open spaces built for source water protection - «[E] nsuring proper
management and storage of common contaminants like
manure and road salt to prevent runoff; and increasing the state Superfund to expedite the cleanup of hazardous waste that may impact sources of drinking water.»
Various mitigation scenarios have been analysed for crop production, rice
systems, livestock
management and
manure management.
The high quality, serialized credits are from a wide range of voluntary and California - regulated carbon market projects, including: reforestation, forest
management, avoided conversion of forests, destruction of ozone depleting substances, mine methane capture, advanced refrigeration
systems, transportation fleet efficiency, livestock
manure management, avoided conversion of grasslands, rice cultivation, advanced formulation foam blowing agents, landfill gas capture, industrial processes and renewable energy.
Topics for consideration included but were not limited to: a) Modalities for implementation of the outcomes of the five in - session workshops; b) Methods and approaches for assessing adaptation, adaptation co-benefits and resilience; c) Improved soil carbon, soil health and soil fertility under grassland and cropland as well as integrated
systems, including water
management; d) Improved nutrient use and
manure management towards sustainable and resilient agricultural
systems; e) Improved livestock
management systems; f) Socioeconomic and food security dimensions of climate change in the agricultural sector.