fix text in introduction

Author: SarahAlidoost

docs/intro.md

@@ -1,20 +1,12 @@
-Climate extremes like droughts and heatwaves impact how water, energy, and
-carbon move through ecosystems. To capture the exchange between the land surface
-and the atmosphere, we aim to apply the “STEMMUS-SCOPE” model across ecosystems
-at a global scale. The model STEMMUS simulates soil water and heat, and the
-model SCOPE the vegetation photosynthesis and land surface energy balance.
+#
 
-Like other land surface models, STEMMUS-SCOPE relies on a large number of
-numerical calculations using various meteorological data and surface parameters
-as inputs. To overcome challenges such as computational costs and optimization
-issues in calibration, we developed open-source tools for efficient computing
-and data handling following FAIR guidelines within the context of EcoExtreML
-project. In this project, we improved the representation of
-soil-water-plant-energy interaction in the model, developed a machine learning
-approach to emulate the model, and enhanced the re-usability of the model using
-the Basic Model Interface (BMI).
-
-The technologies developed in EcoExtreML will
-contribute to developing a digital twin of soil-plant systems.
+The python package `PyStemmusScope` allows for preparing data and running the
+STEMMUS-SCOPE model, where STEMMUS simulates soil water and heat, and the model
+SCOPE the vegetation photosynthesis and land surface energy balance. In
+addition, it supports the use of the Basic Model Interface (BMI) to couple the
+model with other models.
 
 ![Towards a digital twin of soil-plant system](ecoextreml_dt.png)
+
+The python package `PyStemmusScope` is developed in [EcoExtreML
+project](https://research-software-directory.org/projects/ecoextreml).