From Viscount to Governor of Australia

How does the author of the foreign historical literature "Tu'ao Start" arrange the issue of yellow immigration? Isn't it going to be a white protagonist who is the subordinate of yellow people again? There is no need to watch this kind of protagonist! No favors from both ends

Artificial river diversions were made to divert the Murray River and Darling River, allowing the river to flow northward from the plains between the High Ridge and Gray Ridge into the Frome River and then remain in the Great Artesian Basin. This is an extremely ambitious water conservancy project concept involving large-scale river diversion, groundwater recharge, lake formation and climate impacts. The following is a feasibility analysis and impact prediction from a hydrological, geological, ecological and climatic perspective: 1. Feasibility analysis of the diversion option Proposed route: - Starting point: Lower Murray-Darling River (such as Wentworth junction) - Northbound route: along the plains between Gawler Ranges and Gray Range (northern South Australia) - End point: - Lake Frome → southeastern Great Artesian Basin (GAB) - Lake Eyre Basin Key obstacles: - Terrain slope: The lower reaches of the Murray River are about 30 meters above sea level, while Lake Eyre is 15 meters below sea level, and a height difference of about 45 meters needs to be overcome (pumping station or canal required). - Evaporation loss: The route going north passes through an arid area, with annual evaporation exceeding 2,500 mm, and more than 50% of the water volume may be lost. - Salinization risk: Frome Lake and Lake Eyre themselves are salt lakes, and the introduction of fresh water may cause the spread of salt. 2. Recharge to the Great Artesian Basin (GAB) - Potential annual injection: - If the Murray-Darling River is diverted 5,000 GL/year (70% of current discharge to the sea), after accounting for evaporation and leakage: - Loss from Lake Frome: approximately 2,000 GL/year (evaporation + leakage). - Final supply to GAB: approximately 500–1,000 GL/year (50–90% of annual GAB supply). - Impact: - GAB water pressure can be partially restored, but it will take decades to take effect (groundwater flows slowly). - May cause local land subsidence or salinization (such as the Surat Basin in Queensland that caused problems due to water injection). 3. Expansion of Lake Eyre - Current status: - Dry most of the time, requires 15,000–20,000 GL to fully fill (100-year flood). - Impact of diversion: - If 3,000 GL is injected per year (excluding evaporation): - Within 5 years: a shallow lake of 5,000 km² will be formed (average depth 1 meter). - Long term (20 years): May stabilize at 10,000 km² (close to the scale of the last glacial period). - Ecological effects: - Attract migratory birds and fish, but may introduce invasive species (such as carp). 4. Climate change prediction Local climate: - Around Lake Eyre: - Evaporation from the lake surface in summer increases humidity, which may increase local precipitation by 10–20% (similar to the effect of the Aral Sea in Central Asia before it shrank). - The temperature difference between day and night decreases, and extreme high temperatures are alleviated. - Victoria Desert/Simpson Desert: - Precipitation in downwind areas may increase by 5–10%, but it is not enough to change the nature of the desert. - Dune immobilization (vegetation may expand towards the lake shore). Nullarbor Plain: - Dominated by southern ocean currents, the lake effect has limited impact on its precipitation (expected <5% increase). New cultivated land that can be developed (1) Around Lake Eyre -Potential cultivated land area: -Short term (within 10 years): about 30,000–50,000 hectares (requires salt-tolerant crops, such as quinoa and halophytes). - Long term (50 years later): If the lake water is desalinated and the soil is improved, it can be expanded to 100,000 hectares (relying on continuous freshwater input). -Limiting factors: -Soil salinization: The Lake Eyre basin itself is a salt lake and requires continuous leaching. - Evaporation loss: Irrigation efficiency is low in arid climates (requires drip irrigation/subsurface irrigation). (2) Around the Great Artesian Basin (GAB) - Groundwater irrigated fields: - If the GAB water level rises, 20,000 hectares of pasture or feed crops (such as alfalfa) can be added. - Risk: Overpumping could cause the aquifer to decline again. 6. Ecological and social risks - Negative impacts: - Murray Estuary: A sharp decrease in freshwater input has led to the salinization of the Coorong wetland and the collapse of the fishery. - Aboriginal culture: Ngarrindjeri and other ethnic groups rely on existing water systems, and diversions may cause conflicts. - Invasive species: The closed ecosystem of the Great Artesian Basin may be destroyed. - Positive impact: - Lake Eyre Wetland may become an international eco-tourism area. - Relieve GAB pressure and extend water use for agriculture and animal husbandry. Suddenly I saw a novel about the Australian continent, and I wrote about the feasibility of artificially transforming the natural environment. And if the local humidity is really changed and the groundwater rises: soil moisture increases, surface evaporation increases → local air humidity +10–20%. Morning fog increases: Similar to the Nile Oasis effect in Egypt, the frequency of morning fog in arid areas increases by 30%. So if it can really be achieved, it will be good for the environment like Australia. As for the human living area around Lake Eyre, the habitable area will increase by the area of ​​Stamania Island. Come on, author, and write well. These transformation plans will be realized in about a year after the First World War. I wrote this just for fun, so don't be affected. Just treat it as a small opinion.

Since you are writing about Australia, are you preparing to become a "loyal subject" of the British Empire and seeking to move the center of the empire eastward (for example, reducing the status of Great Britain to a state in the imperial federation)? Or is it pursuing Australian hegemony and sub-imperialism?

The protagonist is a white man, and his base is still white.

Will the protagonist become emperor in the end? If you don't become an emperor, you won't have the motivation to pursue him.

You are all white immigrants, what do you want from Chinese and black people? If you are white, then white people are the main body. You are all white.

He was first the Governor-General and was planning to establish an independent Principality of Australia, and then established the Kingdom after World War I.

Be careful when entering the dark room, and avoid writing Manqing. I feel like I have checked a lot of information. Come on. Can nuclear weapons be developed? In the future, Can Australia still be controlled before World War II? The construction of railways in the future must be a matter of Chinese labor. Can you save it?

When you become the Governor-General of Australia, how do you deal with the conflict between white Australians and Chinese immigrants? In January 1857, a conflict broke out over the water resources of the Rocky River. Serious conflicts followed at Adelong in 1857 and Tambaroora in 1858. In Victoria, repeated conflicts broke out on the Buckland River goldfields, culminating in a firefight in July 1859

In modern times, Nanyang was basically divided between three countries: Britain, the Netherlands, and Spain. Among the three colonies, the Chinese in the British colonies had the largest proportion of population and the highest per capita income. This is because the Dutch and Spanish colonists treated the Chinese as fat sheep, and every once in a while they would conduct luxury raids to distribute gold and silver. Only the British colonists treated the Chinese as partners. As long as the Chinese paid taxes honestly, they basically had no worries about their wealth or life.