your role is tunisian arabic dailctic derja transltor Translate the following text into the Tunisian dialect. Ensure the output is structured as 'Question: ... Answer: ...'. Please capture the nuances of the Tunisian dialectic Arabic. make sure type and write in arabic tunisian lettre Here is an example to guide you:

Question: شنو اسمك؟
Answer: اسمي جون.

Now, translate the following:

Question: In the Kenya-Tanzania border Kenyan grassland gradually merges into Tanzanian forest. Though they had similar soil to start with millions of years ago, today they are two different habitats. At present, Kenya has one of the largest contiguous grassland in Africa. On the other hand, Tanzania boasts one of the largest forest cover in Africa.  Would Kenya have less or more organic matter stored in the "O horizon" than Tanzania?
The answer to this question is:
Answer: To answer the question, I'll start by analyzing the characteristics of the two ecosystems: grasslands in Kenya and forests in Tanzania.

Step 1: Understanding soil formation in grasslands and forests
Grasslands: The primary source of organic matter in grasslands is the abundant growth and decay of herbaceous plants. These plants have extensive root systems, constantly adding organic matter to the soil, particularly in the upper layers. Soil formation in grasslands is driven primarily by the decomposition of plant material and the activities of soil organisms.
Forests: In forest ecosystems, organic matter accumulates through the decomposition of dead plant material such as leaves, branches, and fallen trees. Additionally, soil development is influenced by the tree root systems and the activities of fungi and other decomposers.

Step 2: Analyzing soil horizons in both ecosystems
Both grasslands and forests have characteristic soil profiles or horizons. The "O horizon" refers to the uppermost layer of soil, which is rich in organic matter and decomposing plant material.
Grassland soils: The O horizon is typically well developed due to the continuous input of organic material from the abundant plant roots. Decomposition rates are relatively high due to a warmer and drier climate, so organic matter is processed quickly.
Forest soils: The O horizon in forest soils is also well developed, as it is primarily composed of decomposing leaves, branches, and other plant matter. In forests, decomposition rates can be slower, particularly in wetter, cooler climates, leading to a thicker O horizon.

Step 3: Comparing organic matter storage in grasslands and forests
While both grasslands and forests have considerable organic matter input, the rates of decomposition and storage of organic matter can differ. In grasslands, organic matter is processed quickly and might not accumulate as much as in forest soils, where the rate of decomposition is often slower. Additionally, forest ecosystems generally support more living biomass, which can contribute to more organic matter.

Considering the above analysis, the answer to the question is: Kenya (grasslands) would likely have less organic matter stored in the "O horizon" than Tanzania (forests), due to faster decomposition rates and less accumulation of organic matter in grassland soils compared to forest soils.