When Athens began to emerge as a Greek city state in the ninth century, it was a poor city, built on and surrounded by undesirable land, which could support only a few poor crops and olive trees. As it grew it was forced to import much of its food, and while it was near the centre of the Greek world, it was far from being a vital trading juncture like Corinth. Its army was, by the standards of cities such as Sparta, weak. Yet somehow it became the most prominent of the Greek city states, the one remembered while contemporaries such as Sparta are often forgotten. It was the world's first democracy of a substantial size (and, in some ways, though certainly not others, one of the few true democracies the world has ever seen), producing art and fine architecture in unprecedented amounts. It became a centre of thinking and literature, producing philosophers and playwrights like Socrates and Aristophanes. But most strikingly of all, it was the one Greek city that managed to control an empire spanning the Aegean sea. During the course of this essay I will attempt to explain how tiny Athens managed to acquire this formidable empire, and why she became Greece's most prominent city state, rather than cities which seemed to have more going for them like Sparta or Corinth.
They follow strategies for resource management.
They distribute forest use benefits fairly.
The protect habitats.
I hope this helps!
The purpose that Otto Lais mentions the number of bullet rounds used at the <em>Battle of the Somme</em> was to convey <em>D. a sense of patriotism.</em>
Otto Lais was a German machine gunner. He wrote the un-dated memoir to recount his Somme experiences on July 1, 1916, the first day of the war.
Thus, the memoir does not show Otto's disgust for war or hatred of the British. The document does not convey that the number of bullets fired was extraordinarily large, but the memoir shows Otto's sense of patriotism.
Learn more: brainly.com/question/4372700
Answer:
I believe it is C
Explanation:
I could be wrong because it says being described here
