The analysis that highlights how physical geography influences climate patterns, natural resources distribution, and agricultural activities is considered the most accurate. Africa's physical geography, including its diverse landscapes, water resources, and climate zones, play a significant role in shaping socio-economic activities and ecological systems across the continent.
what are the examples of mutualism
..........................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................
A major ecological revolution refers to a significant and widespread change in the natural environment that has lasting impacts on ecosystems, species, and biodiversity. This kind of revolution can result from factors such as climate change, habitat destruction, or introduction of invasive species, causing significant shifts in the balance of ecological systems.
There are actually5 different layers and systems to the Brofenbrenners Ecological System Theory. These layers are microsystem, mesosystem, exosystem, macrosystem, and chronosystem.
Natural systems are the systems that are not made by man. They are ecological systems that function without much, if any, human interaction. It is also a biological classification.
Managed ecosystems are environments where human activities are actively involved in maintaining ecological balance and productivity. Examples include agricultural systems like crop fields and orchards, where farmers manage soil health, pest control, and irrigation. Other examples include urban parks and gardens, where landscaping and biodiversity are curated for aesthetic and ecological benefits, and managed forests, where timber production is balanced with conservation efforts. These ecosystems demonstrate the integration of human stewardship with natural processes.
The rule of fisheries in agricultural engineering involves the sustainable management and integration of fish farming practices within agricultural systems. This includes practices such as aquaponics, where fish and plants are cultivated together in a symbiotic environment, optimizing resource use and minimizing waste. Agricultural engineers work to design systems that enhance water quality, maintain ecological balance, and improve productivity while ensuring that fishery practices do not harm natural aquatic ecosystems. Overall, the goal is to promote sustainable food production and resource conservation.
Chronosystem
An agricultural engineer specializes in applying engineering principles to agricultural production and processing. Their main duties include designing and improving farming equipment, developing sustainable agricultural practices, managing water resources, and enhancing food processing techniques. They also work on projects related to soil conservation, irrigation systems, and environmental impact assessments to optimize agricultural productivity while minimizing ecological harm.
Graham Eyre Dalton has written: 'Managing agricultural systems' -- subject(s): Agricultural systems, Farm management
I. I. Gietlson has written: 'Manmade closed ecological systems'