Huge - U5
Intro
agriculture: deliberate modification of the earth’s surface through cultivation of plants and rearing of animals to obtain sustenance of economic gain
planting crops and raising domesticated animals
1st agricultural revolution
aka neolithic revolution
invention of farming and domesticating animals
800-1400 yrs ago
+ diffusion from several source regions
stopped moving, non-nomadic, stopped hunting and gathering
domesticated animals = help w agriculture and raise food
land w resources
southwest asia integrated animals and plants first
hearths:
mesoamerica
andead america
west africa
nile river
mesopotamia
indus river
ganges delta
east china
shifts in agriculture in Columbian exchange
plant cultivation = evolved from trial and error, accidental
1st form = sauer, vegetative planting
cloning from existing plants (cutting stems, diving roots in se asia)
vegetative planting hearths
south east asia, northern latin america
seed planting hearths
south mexico, some of south western asia
crop hearths
latin america, southwest asia, east asia, sub-saharan africa, southeast asia
seed agriculture later
Hunting and Gathering
before neolithic rev
hunting animals, wild fruits and veg
small groups
men = hunt, fish
women = berries, nuts, roots
where and when they traveled depend on the seasonal growth of plants and migration of animals
2nd agricultural revolution
linked with 1st industrial revolution
1700 - 1900
supported by govt
ex. enclosure act of great britain = encouraged field consolidation
new technology, machines
seed drill, reapers and threshers, cotton gin
surplus, extra = feeding factory workers and to make a profit
commercialization
new stuff made
railroads
chemical fertilizer
afrifical feeding
breeding of livestock
large scale irrigation
more consumers
fewer, larger farms
to succeed
govt action
new crops
new agri tech
new transportation tech
economics
the Reaper tool
cyprus mccormick
increased harvest speed, wheat
less people
beginning of commercialization of agri
surplus for trade
widespread urbanization, smaller families
Columbian Exchange
new crops from europe from trade w americas
corn, potatoes, turkeys
relocation diffusion
new lands, “marginal'“ → cultivation
commercial v subsistence
commercial: selling products for money
monoculture: growing one crop
sold cheap - profit
economies of scale
in more developed countries
subsistence: for direct consumption by family/friends/locals
small scale, low tech, human labor
sell in village/trade
low income regions/developing countries
ex. sub saharan africa
labor-intensive agriculture capital intensive
labor intensive: lots of human work applied per unit of output
subsistence agriculture = human labor
capital intensive: large amounts of capital (money, equipment, buildings, used to make goods) applied per unit of output
commercial
intensive and extensive land use
intensive land use: small area farms/ranches, lots of labor, produces lots of product
subsistence agriculture
rice paddies in china
extensive land use: large-area farms/ranches, low labor, lots of product
cattle ranch in colorado
pastoral nomadism (taking animals as you move)
beef industry
both intensive and extensive
raising lots of cattle in wyoming
extensive
once reached maturity
intensive
taken to feedlots (CAFOs)
fed corn, water = fatten
sent to be profited from
advantages: easy way to raise lots of cattle for beef production
subsides/funding from govt for farmers
disadvantages: meant to consume grass/given antibiotics (which we eat), e coli contamination, treatment
extensive commercial = livestock ranching
extensive subsistence = slash and burn
plants
climate regions take part
patterns
modifications
humans altering land to promote agriculture
space: clear, modify
water: irrigation, old new ways to control i want is sporadic
light: artificial, aid in photosynthesis
nutrients: fertilizers to grow quickly
suitable temp: shelters for plants to grow
Green Revolution
3rd agri rev
diffusion and spread of tech and practices to LDCs
mexico and asia (India)
Norman Borlaug in 1960s
goal = more weak to prevent famine
1930 begin
increased mechanization, more machines
more efficiency
biotechnological phase
more fertilizer
replacing manure
starting herbicides, pesticides, fungicides to increase yields/crops
u.s. → europe → rest of world
effects
hybrid seeds = more crops, disease resistant
GMOs = genetically modified organisms: alternating dna of plants
positives
higher yields/crops
corn and wheat, rice
world hunger reduced by 45%
money for research and biz
raise farmer income
(large landowners)
food price reduce
where impacted
south asia - india
east/se asia - indonesia, viet
latin america - mexico
due to types of crops
not impacted
sub-saharan africa no benefit
cannot grow rice and wheat
no govt support
pricey
lack infrastructure
transportation
negatives
small farmers harmed
forced off their land
increase between LCD and MDC gap
more machines = rural wage decrease
loss of jobs
gmos = need more water
loss of water in certain areas
land damage due to fertilizers and other chemicals
pollution
gender
women cannot get loans from banks
cannot get machines and chemicals
increases gender inequality
agri-business
agriculture + big business
large corporations
production and distribution = more efficient and more cheaper for consumers
value added
turning crops into products
Genetically Modified Crops (GMO’s)
originally used hybrid seeds
crops that carry new traits
physically and scientifically inserted
dna changed completely
conventional plant breeding
breeding two types of plants to make a better plant, mix
genetic engineering technologies
completely changing dna, adding dna to change (1) plant
stats
in 75% of all processed foods
poor countries = do not have access
biggest producers
u.s.
canada
brazil
argentina
india
crops w gmos
rice, corn, wheat, salmon, soy beans, tomatoes, cotton
Organic Agriculture
everything natural - has become more popular
in MDC because pricey
no chemicals
raising livestock w no hormones
fed normally
not industrially produced
Agricultural Patterns
how land is used
Cadastral Systems (establishing property boundaries)
agricultural boundaries and borders
township & range system/rectangular survey system
u.s. govt
wanted to move non indians across farmlands
westward migration (leaving east)
uniformity
made farms on grid system
adapted after american revolution
1 sq mile sections
6 mi long and wide
640 acres per sections
further divided
metes and bounds survey
natural features to mark irregular parcels of land
early east coast
england
long lot survey system
southern
diving into narrow parcels
river and canals for transportation
french
Agr. settlements/types of village planning
traditional farm-village
linear village
streams
cluster village (nucleated)
two ro
dispersed settlement
round village:
protects livestock
walled village:
ancient times
middle ages
grid village:
based on greek model
grid
political: land laws that favor men
van thunen discovered that farmers want to maximize their profits as much as possible
effects location, relative to market
minimize rent/land, transportation, and waste
1826, industrial revolution
model explains developments of agricultural towns and cities
assumptions need to be made - to make model fit
centrally located city
isolate state
self sufficient
flat land, no rivers or mountains
soil quality and weather consistent
no roads
farmers transport their own goods to market
blue ring: market; where sell
hearth
ppl live and work
products are brought to be sold
red: dairy, milk shed
horticulture
fruits, berries, veg
flowers
dairy
spoil quickly
green: forest
wood to build things
firewood
yellow: grains
extensive
lots of land
orange: livestock ranching
room to roam
walk themselves
after - un occupied wilderness
least expensive: 4
more expensive'; 1
further 4: higher transport costs
vice versa
closer to city = price of land increase = bid rent theory
need to balance cost
Urban Center
1: urban market
2. high transportation items
agribusiness: combination of both, sum total of all operations involved in manufacturing, nad distribution, storing and processing product.
agriculture + business
large scale to make profit
system
input sector: provides producer/farmer with money, machinery, feed, and seed needed to operate
75 percent
greater efficiency
production center: producing crops and livestock
manufacturing/processing sector: processing, to sell to market and consumers
areas of agribusiness
farm supplies
production
processing
marketing
research and extension
govt policies and programmers
sales, banker
agribusiness: contributes to world economy, single most important
employment for nearly half of population
small family farms are starting to decrease because of globalization
competition
economies of scale: costs advantages reaped by companies
large corporations make farming very efficient
increase production of crop = decrease cost of making crop
bulk buying, marketing, risk bearing, financial
vertical integration: company owes several small businesses, involved in diff steps of making product
more control
supply chain: system that combines resources, producers, etc.
owned by major corporations (usually)
production to table
commodity chain: growing to production
worldwide = 1 mill malnourished ppl
productive farmlands are lost to housing and retail developments
food deserts = limited access to fresh, nutritious food
fast food options
not much produce
desertification: spread of desert like conditions in semi arid climates resulting in long term or permanent changes in the characteristics of the biome
causes: shifting cultivation, pastoral nomadism
type of farming destroys the land
impacts people’s living conditions, leads to unemployment, forced migration, poverty
solutions: tree planting, women focusing on education on farming
deforestation: taking down trees to grow certain crops