resilience-me

On the Origin of the Species, Danakil as the Galapagos of Pliocene East Africa

The ancestors of the human species, Australopithecus afarensis, evolved in an open grassland, in a region that was dominated by rainforests much like in Kongo today. How does an open grassland find a niche in a forested region, where it would easily be overgrown by arboreal vegetation?

The coast-line of Danakil as an open grasslands environment

The Danakil block separated from Ethiopia around 6 million years ago^{[1, 2]}, and a coast line formed from faulting of the the block, much like how the coast on Crete has formed,^[3] on which erosion from wind that came in from the Sea of Afar maintained a largely treeless open grasslands landscape, where the grazing horse speciated^[4] as well as the waterbuck^[5] and Australopithecus afarensis.^[6]

On the Origin of the Species, Danakil as the Galapagos of Pliocene East Africa

The ancestors of the human species, Australopithecus afarensis, evolved in an open grassland, in a region that was dominated by rainforests much like in Kongo today. How does an open grassland find a niche in a forested region, where it would easily be overgrown by arboreal vegetation?

The coast-line of Danakil as an open grasslands environment

The Danakil block separated from Ethiopia around 6 million years ago^{[1, 2]}, and a coast line formed from faulting of the the block, much like how the coast on Crete has formed,^[3] on which erosion from wind that came in from the Sea of Afar maintained a largely treeless open grasslands landscape, where the grazing horse speciated^[4] as well as the waterbuck^[5] and Australopithecus afarensis.^[6]

	contract MazeHashFunction {

	function generateRandomNumber(uint _treasureMap) view public returns (uint) {

	bytes memory randomNumber = new bytes(32);
	bytes memory treasureMapInBytes = toBytes(_treasureMap);
	uint8 nextByteInTreasureMap = uint8(treasureMapInBytes[31]);
	uint8 pointerToNextPosition = nextByteInTreasureMap;
	for(uint i = 31; i >0; i--) {
	uint nextHashInLabyrinth = uint(blockhash(block.number - 1 - pointerToNextPosition));

	<h1 id="on-the-origin-of-the-species-danakil-as-the-galapagos-of-pliocene-east-africa">On the Origin of the Species Danakil as the Galapagos of Pliocene East Africa</h1>
	<p>The ancestors of the human species, <em>Australopithecus afarensis</em>, evolved in an open grassland, in a region that was dominated by rainforests much like in Kongo today. How does an open grassland find a niche in a forested region, where it would easily be overgrown by arboreal vegetation?</p>
	<h2 id="the-coast-line-of-danakil-as-an-open-grasslands-environment">The coast-line of Danakil as an open grasslands environment</h2>
	<p>The Danakil block separated from Ethiopia around 6 million years ago<sup>[1, 2]</sup>, and a coast line formed from faulting of the the block, much like how the coast on Crete has formed,<sup>[3]</sup> on which erosion from wind that came in from the Sea of Afar maintained a largely treeless open grasslands landscape, where the grazing horse speciated<sup>[4]</sup> as well as the waterbuck<sup>[5]</sup> and <em

	/*
	A vault so that anyone can try out the Teikhos authentication method

	proof-of-public-key = f(nextPublicKey) xor sha512(nextPublicKey)
	*/



	pragma solidity ^0.4.21;

	pragma solidity ^0.4.18;

	contract SHA3_512 {
	function hash(uint64[8]) pure public returns(uint32[16]) {}
	}

	contract TeikhosBounty {

	SHA3_512 public sha3_512 = SHA3_512(0xbD6361cC42fD113ED9A9fdbEDF7eea27b325a222); // Mainnet: 0xbD6361cC42fD113ED9A9fdbEDF7eea27b325a222,
	// Rinkeby: 0x2513CF99E051De22cEB6cf5f2EaF0dc4065c8F1f

	pragma solidity ^0.4.18;

	contract SHA3_512 {
	function hash(uint64[8]) pure public returns(uint32[16]) {}
	}

	contract TeikhosBounty {

	SHA3_512 public sha3_512 = SHA3_512(0xbD6361cC42fD113ED9A9fdbEDF7eea27b325a222); // Mainnet: 0xbD6361cC42fD113ED9A9fdbEDF7eea27b325a222,
	// Rinkeby: 0x2513CF99E051De22cEB6cf5f2EaF0dc4065c8F1f

	pragma solidity ^0.4.17;

	contract SHA3_512 {
	function SHA3_512() public {}

	function keccak_f(uint[25] A) pure internal returns(uint[25]) {
	uint[5] memory C;
	uint[5] memory D;
	//uint x;
	//uint y;