Final answer:
Biocapacity in LEDCs is strained due to limited resources and high population growth, while the ecological footprint per capita is smaller compared to developed countries.
Step-by-step explanation:
The relationship between biocapacity and footprint in Less Economically Developed Countries (LEDCs) such as Haiti and Niger can be explained through the concepts of ecological footprint and the ability of an area to provide resources and absorb wastes. In LEDCs, biocapacity is often lower due to limited access to technology and financial resources for sustainability, which is compounded by high population growth rates. For example, in comparison to more developed countries, a citizen of the U.S. has a resource impact and ecological footprint that is significantly larger than a citizen of an LEDC like Niger, due to higher consumption rates and advanced technologies which enhance resource extraction and use. This makes the pressure on biocapacity in LEDCs more acute, as they struggle with poverty, environmental degradation, lack of infrastructure, and less capacity to engage in effective conservation efforts.