Manufacture of wooden goods intended to be used primarily in the construction industry: Beams, rafters, roof struts Glue-laminated or metal connected prefabricated wooden roof trusses Doors, windows, shutters and their frames, whether or not containing metal fittings, such as hinges, locks etc. Stairs, railings

Manufacture of ball and roller bearings and parts thereof Manufacture of mechanical power transmission equipment: Transmission shafts and cranks: camshafts, crankshafts, cranks etc. Bearing housings and plain shaft bearings Manufacture of gears, gearing and gear boxes and other speed changers

Manufacture of bodies, including cabs for motor vehicles Outfitting of all types of motor vehicles, trailers and semi-trailers Manufacture of trailers and semi-trailers: for transport of goods: tankers, removal trailers etc. for transport of passengers: caravan trailers etc. Manufacture of containers for carriage by one or more modes of transport

North America Acne Treatment market holds the highest market share of 35 in 2019 Growth in North America market is primarily driven by growth in U S region The rising psychological problems due to acne among American youth is a key factor for the growth of this market Asia Pacific and Europe collectively contributed over 50 revenue share in 2019 and collective share is expected to slightly increase over the forecast period The improving economical condition of the nation is providing additional growth opportunities in these regions

An aircraft digital cockpit comprises of electronic flight instrument for Displays such as large LCD screens controlled by flight management systems They are used in commercial and military aircraft across the globe.Three types of displays are used in aircraft digital cockpit include primary flight display, multifunctional display, and engine indicating and crew alerting system display

Manufacture of airplanes for the transport of goods or passengers, for use by the defence forces, for sport or other purposes Manufacture of helicopters Manufacture of gliders, hang-gliders Manufacture of dirigibles and hot air balloons Manufacture of parts and accessories of the aircraft of this class: Major assemblies such as fuselages, wings, doors, control surfaces, landing gear, fuel tanks, nacelles etc.

This class includes: Manufacture of insecticides, rodenticides, fungicides, herbicides Manufacture of anti-sprouting products, plant growth regulators Manufacture of disinfectants (for agricultural and other use) Manufacture of other agrochemical products n.e.c.

This data equals output data for the following ISIC Rev. 4 code: 2821 Manufacture of Agricultural and Forestry Machinery This class includes: Manufacture of tractors used in agriculture and forestry Manufacture of walking (pedestrian-controlled) tractors Manufacture of mowers, including lawnmowers Manufacture of agricultural self-loading or self-unloading trailers or semi-trailers Manufacture of agricultural machinery for soil preparation, planting or fertilizing: Ploughs, manure spreaders, seeders, harrows etc. Manufacture of harvesting or threshing machinery

The Australian Government has direct management responsibility for a significant proportion of Australia’s fisheries resources. The 22 fisheries managed by the Australian Government accounted for 38% of the total volume and 27% of the total value of Australia’s wild-catch fisheries production in 2020–21. Legislation requires the Australian Government to manage these fisheries so as to maintain fish stocks at ecologically sustainable levels and, within this context, maximise the net economic returns (NER) to the Australian community (Fisheries Management Act 1991 – FM Act). In its management of fish stocks and fisheries, the Australian Government is also required to consider the impact of fishing activities on non-target species and the long-term sustainability of the marine environment (FM Act; Environment Protection and Biodiversity Conservation Act 1999 – EPBC Act).

In order to make farming smart and precise, agronomists introduced advanced technologies to agriculture practices as they became aware that crops responded differently to various inputs and agricultural practices. According to the exhibit, more than 50% of large farms use some form of precision agriculture hardware, while nearly a quarter of small farms use this technology or intend to use it over the next two years. The introduction of agriculture technologies into farming allowed growers to utilize the opportunity of growing higher yields. Agriculture technologies are being used for activities such as soil testing, crop scouting, yield monitoring, and field georeferencing. Many farmers, especially those in developing regions like Asia and Africa, cannot afford these technologies. In order to overcome this restraint in the agriculture technology ecosystem, agriculture technology-as-a-service was introduced, a business model in which these technologies are offered as a service. Being offered as a service reduces the upfront costs and capital investment required to procure these agriculture technologies, leading to higher adoption. For instance, John Deere is a leading farm equipment and technology company that offers its advanced farm management system as a service to farmers in the form of a subscription. Within this business model, different companies offer agriculture technologies as services under different pricing models. This provides farmers with the ability to select the pricing model that best fits their budget, thus allowing them to access the latest technology without having to invest a large sum of money upfront. A few of the key pricing models deployed in the industry are discussed in the following segments.