Publications

Storch, T; Honold, HP; Chabrillat, S; Habermeyer, M; Tucker, P; Brell, M; Ohndorf, A; Wirth, K; Betz, M; Kuchler, M; M?hle, H; Carmona, E; Baur, S; M?cke, M; L?w, S; Schulze, D; Zimmermann, S; Lenzen, C; Wiesner, S; Aida, S; Kahle, R; Willburger, P; Hartung, S; Dietrich, D; Plesia, N; Tegler, M; Schork, K; Alonso, K; Marshall, D; Gerasch, B; Schwind, P; Pato, M; Schneider, M; de los Reyes, R; Langheinrich, M; Wenzel, J; Bachmann, M; Holzwarth, S; Pinnel, N; Guanter, L; Segl, K; Scheffler, D; Foerster, S; Bohn, N; Bracher, A; Soppa, MA; Gascon, F; Green, R; Kokaly, R; Moreno, J; Ong, C; Sornig, M; Wernitz, R; Bagschik, K; Reintsema, D; La Porta, L; Schickling, A; Fischer, S (2023). The EnMAP imaging spectroscopy mission towards operations. REMOTE SENSING OF ENVIRONMENT, 294, 113632.

Abstract
EnMAP (Environmental Mapping and Analysis Program) is a high-resolution imaging spectroscopy remote sensing mission that was successfully launched on April 1st, 2022. Equipped with a prism-based dual -spectrometer, EnMAP performs observations in the spectral range between 418.2 nm and 2445.5 nm with 224 bands and a high radiometric and spectral accuracy and stability. EnMAP products, with a ground instantaneous field-of-view of 30 mx 30 m at a swath width of 30 km, allow for the qualitative and quantitative analysis of surface variables from frequently and consistently acquired observations on a global scale. This article presents the EnMAP mission and details the activities and results of the Launch and Early Orbit and Commissioning Phases until November 1st, 2022. The mission capabilities and expected performances for the operational Routine Phase are provided for existing and future EnMAP users.

DOI:
10.1016/j.rse.2023.113632

ISSN:
1879-0704